JP7370738B2 - Program, absorbent article user support method, and computer system - Google Patents

Description

The present invention relates to a program, a method for supporting a user of an absorbent article, and a computer system.

Patent Document 1 discloses an absorbent article that is excellent in preventing leakage of a user's menstrual blood.

JP2017-221643

Incidentally, even when a user uses an absorbent article with excellent leakage prevention, menstrual blood may leak if the absorbent article is not worn correctly. Generally, there are various types of absorbent articles that differ in size, shape, absorption rate, etc. Therefore, unless the user uses an absorbent article suitable for the user, even if the method of wearing the absorbent article is correct, it may not be possible to prevent leakage of menstrual blood.

The present invention has been made in view of the above-mentioned conventional problems, and its objectives are to provide a program used to support users of absorbent articles, a method for supporting users of absorbent articles, and a method for supporting users of absorbent articles. The objective is to provide a support system for users of sex products.

The main invention for achieving the above purpose is:
to the computer,
a reception process for receiving first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display process of displaying at least one of the following on the screen;
a second display process of displaying on the screen a plurality of diagrams showing different adhesion states of menstrual blood adhering to a predetermined absorbent article;
run the
the second information is information indicating a diagram selected from the plurality of diagrams;
This is a program featuring the following.

According to the present invention, it is possible to suppress leakage of menstrual blood when an absorbent article is used.

1 is a diagram showing a computer system 10. FIG. 3 is a diagram for explaining message information 122. FIG. It is a flow chart which shows an example of support processing of a napkin user. It is a flowchart which shows an example of input information setting process S10. 2 is a diagram showing an example of an input screen 200. FIG. 3 is a diagram showing an example of a selection screen 210. FIG. 3 is a diagram showing an example of an input screen 220. FIG. 3 is a diagram showing an example of a selection screen 230. FIG. 3 is a diagram showing an example of input information 121. FIG. It is a flowchart which shows an example of message selection processing S14. It is a diagram showing an example of a screen 33 on which a message is displayed. It is a diagram showing an example of a screen 33 on which a message is displayed. It is a diagram showing an example of a screen 33 on which a message is displayed. It is a diagram showing an example of a screen 33 on which a message is displayed. It is a diagram showing an example of a screen 33 on which a message is displayed. It is a diagram showing an example of a screen 33 on which a message is displayed. It is a figure which shows an example of the diffusion diagram F7. 3 is a diagram showing an example of input information 121. FIG. It is a diagram showing an example of a screen 33 on which a message is displayed.

From the description of this specification and the attached drawings, at least the following matters will become clear.
a reception process for receiving, in a computer, first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article; Based on the first and second information, at least one of a first message regarding how to use the first absorbent article and a second message urging the use of a second absorbent article different from the first absorbent article. This is a program that executes a first display process of displaying either one on the screen.

According to such a program, a user of an absorbent article can correctly wear an absorbent article suitable for the user, thereby preventing leakage of menstrual blood. In addition, users may be overly conscious of leakage and may end up using absorbent articles that are ill-fitting in size. However, according to such a program, the user can use an absorbent article suitable for the user while taking into consideration menstrual blood characteristics and the like.

In such a program, the second information includes the shape of a region of menstrual blood attached to the first absorbent article, the size of the region of menstrual blood, and the shape of the region of menstrual blood attached to the first absorbent article. It is desirable to include information for specifying the location of the area.

According to such a program, information on menstrual blood adhering to the absorbent article can be obtained accurately, so that a message more suitable for the user of the absorbent article can be displayed on the screen.

In such a program, it is preferable that the first message includes a message regarding the mounting position of the first absorbent article.

According to such a program, the user of the absorbent article can wear the absorbent article in an appropriate position.

In such a program, the reception processing further receives third information indicating a time when the wearer wore the first absorbent article, and the first display processing includes at least the first to third information. Based on this, it is desirable to display at least one of the first message and the second message on the screen.

According to such a program, it is possible to display a message on the screen that corresponds to the time the absorbent article was worn.

In such a program, it is preferable that the first message includes a message regarding the wearing time of the first absorbent article.

According to such a program, it becomes possible to have the user of the absorbent article judge whether the wearing time of the absorbent article or the type of the absorbent article is appropriate.

The program causes the computer to execute a second display process for displaying on the screen a plurality of figures showing different adhesion states of menstrual blood adhering to a predetermined absorbent article, and the second information includes the plurality of images. It is desirable that the information indicates a diagram selected from the diagrams in .

According to such a program, the user of the absorbent article can save the effort of inputting the state of menstrual blood adhering to the absorbent article.

In this program, each of the plurality of diagrams is a diagram in which at least one of the shape of the menstrual blood region, the width of the menstrual blood region, and the position of the menstrual blood region is different. It is desirable that there be.

According to such a program, a message can be displayed on the screen according to the state of adhesion of menstrual blood to the user's absorbent article, so that leakage of menstrual blood can be further suppressed.

In this program, the reception process further receives fourth information regarding leakage of menstrual blood from the first absorbent article, and the first display process includes at least the first, second, and fourth information. It is desirable to display at least one of the first message and the second message on the screen based on the above.

According to such a program, an appropriate message can be displayed on the screen when menstrual blood leaks from the absorbent article.

causing the computer to execute a third display process of displaying on the screen a selection diagram for selecting a position of menstrual blood leakage, and the fourth information is fifth information indicating the position selected in the selection diagram. It is desirable to include

According to such a program, the user can easily input the location of menstrual blood leakage, thereby reducing the user's effort.

In such a program, it is preferable that the first display process causes the first message to be displayed on the screen with priority over the second message when the fourth information is received in the reception process. .

According to such a program, since it is possible for the user to confirm the attachment position of the absorbent article with priority, it is possible to prevent leakage, for example, without purchasing different types of absorbent articles. can.

a receiving step for receiving first information regarding the first absorbent article used by the wearer and second information regarding the adhesion state of menstrual blood attached to the first absorbent article; Based on the second information, at least one of a first message regarding how to use the first absorbent article and a second message urging the use of a second absorbent article different from the first absorbent article. A first display step of displaying the information on a screen.

According to such a method, the user of the absorbent article can correctly wear an absorbent article suitable for the user, thereby preventing leakage of menstrual blood. In addition, users may be overly conscious of leakage and may end up using absorbent articles that are ill-fitting in size. However, according to such a method, the user can use an absorbent article suitable for the user while taking into account the characteristics of menstrual blood and the like.

a reception processing unit that receives first information regarding the first absorbent article used by the wearer and second information regarding the adhesion state of menstrual blood attached to the first absorbent article; Based on the second information, at least one of a first message regarding how to use the first absorbent article and a second message urging the use of a second absorbent article different from the first absorbent article. The computer system includes a first display processing section that displays on a screen.

According to such a computer system, a user of an absorbent article can correctly wear an absorbent article suitable for the user, thereby preventing leakage of menstrual blood. In addition, users may be overly conscious of leakage and may end up using absorbent articles that are ill-fitting in size. However, according to such a computer system, the user can use an absorbent article suitable for the user while taking into consideration menstrual blood characteristics and the like.

===This embodiment===
Hereinafter, prevention of leakage of menstrual blood will be explained as an example.
<<<Configuration of computer system 10>>>
FIG. 1 is a diagram showing an example of a computer system 10. As shown in FIG. The computer system 10 protects a wearer (hereinafter also referred to as a "user") who wears a sanitary napkin (hereinafter simply referred to as a "napkin") from leaking menstrual blood discharged from the user's vagina. This is a system that displays information to prevent this on the screen 33 (described later) of the terminal 20. Note that, although a "napkin" is exemplified here as an "absorbent article," it may also be, for example, a "vaginal discharge sheet" or other sanitary products.

The computer system 10 includes a terminal 20 and a server 21. The terminal 20 is, for example, a smartphone or a tablet, and various functions are implemented on the terminal 20. For example, the terminal 20 transmits information regarding the state of menstrual blood adhering to a "napkin" to the server 21. Furthermore, the terminal 20 displays a message for preventing leakage of menstrual blood based on information transmitted from the server 21.

The server 21 selects a message for preventing leakage, for example, based on information transmitted from the terminal 20 regarding the state of menstrual blood adhering to the "napkin."

<<<Details of terminal 20>>>
The terminal 20 includes a storage section 30 , a control section 31 , an input section 32 , a screen 33 , a camera 34 , a clock section 35 , and a communication section 36 . Note that the storage unit 30, the control unit 31, and the like are functional blocks that are implemented in the terminal 20 when a processor (not shown) of the terminal 20 executes a predetermined program.

The storage unit 30 stores a predetermined program executed by a processor (not shown) of the terminal 20 and various information.

The control unit 31 is a functional block that performs overall control of the terminal 20, and details of the functional blocks included in the control unit 31 will be described later.

The input unit 32 is realized by a tap operation on the screen 33, which is a touch panel of the terminal 20, and the operation result of the user of the terminal 20 is input to the input unit 32. The screen 33 displays messages and various information based on commands from the control unit 31 and results of user operations.

The camera 34 acquires, for example, image data of a napkin with menstrual blood attached by photographing it. The clock unit 35 measures time, and the communication unit 36 exchanges information between the terminal 20 and other terminals and the server 21 .

<<Functional blocks realized by control unit 31>>
The control section 31 includes an input screen display processing section 40 , a diffusion diagram display processing section 41 , a selection diagram display processing section 42 , a message display processing section 43 , and a reception processing section 44 .

The input screen display processing unit 40 inputs to the user information regarding the "napkin" used by the user, information indicating the wearing time of the "napkin", information such as whether menstrual blood is leaking from the "napkin", etc. An input screen (described later) for doing so is displayed on the screen 33. Note that the "information regarding napkins" includes, for example, information for specifying the product or type (daytime/nighttime use, thin/thick type, etc.) of the "napkin" including the product name, and the size.

The diffusion diagram display processing unit 41 causes the screen 33 to display a plurality of diffusion diagrams (described later) with different adhesion states of menstrual blood attached to the "napkin."

When menstrual blood leaks from the "napkin," the selection diagram display processing unit 42 causes the screen 33 to display a selection diagram (described later) for selecting the position of menstrual blood leakage.

The message display processing unit 43 displays a message on the screen 33 to prevent omissions based on information from the server 21. Although the details will be explained later, "messages to prevent leakage" include, for example, messages about how to use "napkins" and messages about the use of a different type of "napkin" than the one currently in use. This includes at least one of the following: Further, the message display processing section 43 corresponds to a "first display processing section".

The reception processing unit 44 receives various information inputted based on the user's operation results, such as information regarding the “napkin” product, usage time, presence or absence of leakage, etc.

<<<Details of server 21>>>
The server 21 includes a control unit 100 that performs overall control of the server 21, a storage unit 101 that stores various information, and a communication unit 102 that exchanges information with the terminal 20 and the like. These are functional blocks implemented in the server 21 when a processor (not shown) of the server 21 executes a predetermined program.

==About the control unit 100==
The control unit 100 includes a selection unit 110, and the selection unit 110 selects “message information” regarding how to use “napkins” and products preferred by the user based on various information transmitted from the terminal 20. Select from information 122 (described later). Here, the usage method and product of the "napkin" preferred by the user include, for example, the absorption rate and size of the "napkin" used by the user, the adhesion state when menstrual blood adheres to the "napkin," and the leakage. It depends on various factors, such as the presence or absence of a mask and the time it is worn.

For this reason, although the details will be described later, the selection unit 110 selects "message information" from the message information 122 based on, for example, the product name and size of the "napkin," the adhesion state of menstrual blood, the presence or absence of leakage, and the wearing time. select.

==About the storage unit 101==
The storage unit 101 stores user information 120, input information 121, and message information 122.

The user information 120 is information related to the user, such as the user's "name (ID, nickname, etc.)," "height," "weight," "date of birth," and "menstrual information (menstrual cycle, regularity, etc.)". , duration, etc.)” etc.

The input information 121 is various information input by the user. Although the details will be described later, the input information 121 includes, for example, "information I1 (first information)" regarding the "napkin" used by the user, and "information I2 (first information)" regarding the adhesion state of menstrual blood on the "napkin". 2 information)".

Furthermore, the input information 121 includes "information I3 (third information)" indicating the wearing time of the "napkin" (hereinafter also referred to as "wearing time"), and "information I3 (third information)" indicating the presence or absence of leakage of menstrual blood from the "napkin". "information I4 (fourth information)", "information I5 (fifth information)" regarding the location of the leak, and, for example, the amount of menstrual blood absorbed by the "napkin" (hereinafter , "menstrual blood volume"). Note that the "menstrual blood amount" is calculated by the control unit 100, for example, but it may also be obtained by other calculation methods or based on a change in the weight of the "napkin" to which menstrual blood is attached. .

Further, each time the user inputs “information I1” to “information I5”, “information I1” to “information I5” are stored in the storage unit 101. Therefore, the input information 121 includes all "information I1" to "information I5" input by the user in the past.

The message information 122 is information including messages regarding how to use "napkins" and products that are preferred by the user. Specifically, the message information 122 includes, for example, n pieces of message information X1 to Xn regarding how to use a "napkin" as shown in FIG. m pieces of message information Y1 to Ym for prompting. Note that details of message information X1 to Xn and message information Y1 to Ym will be described later.

＜＜＜How to support “napkin” users＞＞＞
Hereinafter, a method for supporting a "napkin" user will be explained with reference to FIGS. 3 and 4. Here, it is assumed that a predetermined program (not shown) for supporting the "napkin" user is activated by the user operating the terminal 20. Then, when the user operates the main screen (not shown) displayed on the screen 33, an input information setting process for inputting each of the above-mentioned "information I1" to "information I5" is executed (S10 ).

FIG. 4 is a flowchart illustrating an example of the input information setting process S10. First, the input screen display processing unit 40 causes the screen 33 to display an input screen 200 for allowing the user to input information regarding the "napkin" used by the user (S20).

Here, the input screen 200 includes a tab 300 for allowing the user to select information indicating the product of the "napkin" used, and a tab 301 for allowing the user to select the size of the "napkin" used. .

The tab 300 is provided in response to the message "Please select a product," and the product used is selected according to the user's operation result. Note that here, for example, "Product A1 (no wings, fluffy)" is displayed on the tab 300 in a selectable state.

The tab 301 is provided in response to the message "Please select a size", and the size is selected according to the user's operation result. Note that here, for example, the size "21 cm" is displayed on the tab 301 in a selectable state.

Further, when the user operates the terminal 20, the reception processing unit 44 receives the selected "product" and "size" as "information I1" (S21: reception processing). Note that the reception processing unit 44 receives the date and time (including year) of receiving the "information I1" together with the "information I1".

When the process S21 is executed, the diffusion diagram display processing unit 41 displays the selection screen 210 on the screen 33 (S22: second display process). Here, as shown in FIG. 6, the selection screen 210 selects a diffusion map in which the adhesion state of menstrual blood on the user's "napkin" is similar to that of a plurality of diffusion maps with different adhesion states of menstrual blood on the "napkin". This is a screen for selecting.

Although six diffusion diagrams F1 to F6 are illustrated here for convenience, the present invention is not limited to this, and six or more diffusion diagrams may be included. Furthermore, the selection screen 210 may be scrolled to display six or more diffusion maps on the screen 33, for example. Further, the diffusion diagram may be changed depending on the product or the type of absorbent article used by the user (daytime/nighttime use, thin/thick type, etc.).

The diffusion diagram F1 is a diagram showing, for example, a state in which menstrual blood is diffused in an elliptical shape approximately in the center of a predetermined "napkin" on the screen 33, and the diffusion diagram F2 is a diagram showing a state in which menstrual blood is diffused approximately in the center of a predetermined "napkin" on the screen 33. It is a figure which shows the state where it diffused in the rearward elliptical shape.

Further, diffusion diagram F3 is a diagram showing a state in which menstrual blood is diffused in an elliptical shape in front of the "napkin", and diffusion diagram F4 is a diagram showing a state in which menstrual blood is diffused over almost the entire area of the "napkin". It is a diagram.

Further, diffusion diagram F5 is a diagram showing a state in which menstrual blood is diffused in a wide area behind the "napkin", and diffusion diagram F6 is a diagram showing a state in which menstrual blood is spread in three separated areas on the "napkin". FIG. 3 is a diagram showing a diffused state.

In this way, by using the diffusion diagrams F1 to F6, it is possible to determine the shape of the area of menstrual blood adhering to the "napkin," the width of the area of menstrual blood, and the position of the area of menstrual blood with respect to the "napkin." , can be specified. For example, in the diffusion diagram F1, the "shape of the menstrual blood region" is an ellipse, the "width of the menstrual blood region" is the area of the ellipse, and the "position of the menstrual blood region" is the center (or center of gravity) of the elliptical shape.

Then, when the user operates the terminal 20 and selects a diffusion diagram that is close to the state of menstrual blood attached to a worn "napkin" from the diffusion diagrams F1 to F6, the reception processing unit 44 "Figure" is accepted as "information I2" (S23: reception process). As a result, the state of the menstrual blood adhering to the "napkin" is obtained as quantitative information.

Further, when the process S23 is executed, the input screen display processing unit 40, as shown in FIG. The input screen 220 is displayed on the screen 33 (S24).

The input screen 220 includes messages 320 and 321 regarding the wearing time (or usage time) of the "napkin" and messages 322 and 323 regarding whether or not the "napkin" has leaked.

The message 320 is ``How long should I wear the napkin? ”, and the message 321 represents “time”.

In addition, the message 322 is ``Is there a leak from the napkin? ”, and the message 323 represents “Yes No”. Then, when the user taps the screen 33 and inputs the wearing time of the "napkin" and selects either "Yes" or "No", the reception processing unit 44 inputs the input result and the selection result. , "Information I3" regarding the wearing time and "Information I4" indicating the presence or absence of leakage are accepted (S25: reception process).

When the process S25 is executed, the selection diagram display processing unit 42 determines whether there is any leakage from the "napkin" based on the "information I4" (S26). Then, if there is no leakage from the "napkin" (S26: No), the selection diagram display processing unit 42 ends the process S10.

On the other hand, if there is a leak from the "napkin" (S26: Yes), the selection diagram display processing unit 42 causes the screen 33 to display a selection screen 230 for selecting the location of the leak, as shown in FIG. (S27: Third display process).

Selection screen 230 includes six icons 350-355 for selecting a leak location. The icon 350 is an icon placed in front of the "napkin" on the screen 33, and includes a display of "front".

Icon 351 is an icon placed on the right side of "napkin" and includes a display of "right side", and icon 352 is an icon placed on the left side of "napkin" and includes a display of "left side" Including the indication.

The icon 353 is an icon placed on the right side of the back of the "napkin" and includes the indication "Rear right side", and the icon 354 is an icon placed on the left side of the back of the "napkin", and includes the display "Rear right side". Includes the display ``Rear left side''.

Further, the icon 355 is an icon placed behind the "napkin" and includes a display of "back".

When any one of the icons 350 to 355 is tapped, the reception processing unit 44 receives the leakage position corresponding to the selected icon as "information I5" (S28: reception processing). Then, when the process S28 is executed, the process S10 is ended.

When the process S10 is completed, as shown in FIG. to "information I4") to the server 21 (S11).

The communication unit 102 of the server 21 receives "information I1" to "information I5" transmitted in process S11 (S12). Then, the control unit 100 stores “information I1” to “information I5” in the storage unit 101 as input information 121 (S13).

FIG. 9 is a diagram showing an example of the input information 121 stored in the storage unit 101. As shown in FIG. 9, the input information 121 for each date and time includes "information I1" to "information I5" and "menstrual blood volume" indicating the calculation result of menstrual blood volume. However, for convenience, "year" is omitted here.

In FIG. 9, "Information I1" received at "June 10th 3:00 PM" in the first line indicates that the product is A1 and the size is 21 cm. Furthermore, "information I2" indicates that the diffusion diagram F1 has been selected as the diffusion diagram, "information I3" indicates that the wearing time is 3 hours, and "information I4" indicates that there is no leakage. show.

By referring to the history of such "information I1" to "information I5", it is possible to grasp trends such as the amount of menstrual blood during the user's menstruation. Furthermore, by referring to the calculated "menstrual blood volume", it is possible to grasp the tendency of the amount of menstrual blood absorbed by one "napkin". Specifically, in FIG. 9, in the first line "June 10th 15:00", the "menstrual blood amount" is "3 g".

Then, when the process S13 in FIG. 3 is executed, the selection unit 110 of the server 21 selects a message for the user based on the latest "information I1" to "information I5" stored in the process S13. Processing is executed (S14).

FIG. 10 is a flowchart showing an example of the message selection process S14. First, the selection unit 110 determines whether there is any omission based on "information I4" (S30).

If it is determined that there is a leak (S30: Yes), the selection unit 110 selects "information I5" indicating the location of the leak, "information I1" indicating the product and size, "information I2" indicating the diffusion diagram, and the mounting information. Based on the "information I3" indicating the time, from the message information 122, message X regarding the usage method and the use of a "napkin" (second absorbent article) different from the "napkin" (first absorbent article) worn Select at least one of message Y prompting (S31).

On the other hand, if it is determined that there is no leakage (S30: No), the selection unit 110 selects the item based on "information I1" indicating the product and size, "information I2" indicating the diffusion diagram, and "information I3" indicating the wearing time. Then, from the message information 122, at least one of the message Either one is selected (S32). The details of the processes S31 and 32 in which the selection unit 110 selects a message from the message information 122 based on "information I1" to "information I5" will be described later.

Note that the message displayed on the screen 33 based on "message information corresponds to

When the process S14 in FIG. 3 is executed, the communication unit 102 transmits the selected message information to the terminal 20 (S15). The communication unit 36 of the terminal 20 then receives the message information sent from the server 21 (S16). Furthermore, the message display processing unit 43 displays a message for the user on the screen 33 based on the message information that the communication unit 36 received in process S16 (S17: first display process).

===Details of selection unit 110 and specific example in message selection process S14===
Using the input information 121 shown in FIG. 9 as an example, details of the process when the selection unit 110 selects a message will be described.

The selection unit 110 is, for example, a learning model using a neural network constructed based on predetermined teacher data. Here, the "predetermined teacher data" is selected by the developer of the computer system 10 for (information I1, information I2, information I3, information I4, information I5) received at a predetermined timing i. Message information Xi and message information Yi) are data associated as correct answers. In other words, the selection unit 110 is a learning model constructed from teacher data in which optimal messages are assigned to past "information I1" to "information I5."

As a result, when new (information I1, information I2, information I3, information I4, information I5) is input to the selection unit 110, the selection unit 110 executes a so-called inference process and performs message information X corresponding to the input. , Y is selected and output.

In the present embodiment, the selection unit 110 is a learning model using a neural network, but the selection unit 110 is not limited to this, and may be a block that executes rule-based processing, for example. Specifically, the selection unit 110 has a function of selecting message information X and Y based on a predetermined rule and (information I1, information I2, information I3, information I4, information I5). It may be a block.

<<Information on the first line of Figure 9>>
In the first line of FIG. 9, "information I1" indicates that the "napkin" used by the user is product A1 with a size of 21 cm. Furthermore, "information I2" indicates that the user's menstrual blood was diffused in an elliptical shape approximately in the center of the "napkin" as shown in the diffusion diagram F1. Furthermore, "information I3" indicates that the "napkin" was worn for 3 hours, and "information I4" indicates that there was no leakage of menstrual blood from the "napkin." Further, "menstrual blood amount" indicates "3 g".

In such a case, the selection unit 110 selects, for example, “message information X1” regarding how to use “napkins” from the message information 122. As a result, the message display processing unit 43 displays a message 400 based on "message information X1" on the screen 33, as shown in FIG. It should be noted that the message 400 includes a display saying ``A suitable napkin is correctly attached.''

<<Information on the second line of Figure 9>>
In the second line of FIG. 9, "information I1" indicates that the "napkin" used by the user is product A1 with a size of 21 cm. Furthermore, "information I2" indicates that the user's menstrual blood was diffused in an elliptical shape behind the "napkin" as shown in diffusion diagram F2. Furthermore, "information I3" indicates that the "napkin" was worn for 4 hours, and "information I4" indicates that there was no leakage of menstrual blood from the "napkin." Further, "menstrual blood amount" indicates "3 g".

In such a case, the selection unit 110 selects, for example, “message information X2” regarding how to use “napkins” from the message information 122. As a result, the message display processing unit 43 displays a message 401 based on "message information X2" on the screen 33, as shown in FIG. 12.

In addition, message 401 is ``The napkin is attached to the rear. Video introduction of the correct way to wear it.Includes the message "www.aaa...". As a result, the user can understand the correct way to wear a "napkin" by accessing the site displayed in the message 401, for example.

<<Information on the third line of Figure 9>>
In the third line of FIG. 9, "information I1" indicates that the "napkin" used by the user is product A1 with a size of 21 cm. Further, "information I2" indicates that the user's menstrual blood was spread in an elliptical shape in front of the "napkin" as shown in the diffusion diagram F3. "Information I3" indicates that the "napkin" has been worn for 4 hours, and "Information I4" indicates that menstrual blood leaked from the "napkin." Furthermore, "information I5" indicates that the location of the leak was in the front. Further, "menstrual blood amount" indicates "3 g".

In such a case, the selection unit 110 selects message information X3 regarding how to use a "napkin" from the message information 122. As a result, the message display processing unit 43 displays a message 402 based on "message information X3" on the screen 33, as shown in FIG.

Additionally, message 402 is ``The napkin is attached to the front. Video introduction of the correct way to wear it.Includes the message "www.aaa...". As a result, the user can wear the "napkin" in an appropriate position, thereby preventing leakage.

<<Information on the 4th line in Figure 9>>
In the fourth line of FIG. 9, "information I1" indicates that the "napkin" used by the user is product B1 with a size of 23 cm. Further, "information I2" indicates that the user's menstrual blood has spread over almost the entire area of the "napkin" as shown in the diffusion diagram F4. "Information I3" indicates that the "napkin" was worn for 8 hours, and "Information I4" indicates that there was no leakage of menstrual blood from the "napkin." Further, "menstrual blood amount" indicates "10 g".

In such a case, the selection unit 110 selects from the message information 122 message information X4 regarding how to use the "napkin" and "message Y1" urging the use of a different type of "napkin" than the one being worn. Select. As a result, the message display processing unit 43 displays a message 403 based on "message information X4" and a message 410 based on "message information Y1" on the screen 33, as shown in FIG.

Note that message 403 is "The napkin has been worn too long. Video introduction of recommended wearing time www.xyz...'' is included. As a result, the user can obtain knowledge regarding the appropriate wearing time of the "napkin", and therefore can more reliably prevent menstrual blood from leaking from the "napkin".
Additionally, the message 410 is ``Product B3 is recommended. Video introduction of product B3 "www.bbb..." is included. As a result, the user can select a longer size "napkin (product B3)" that is more suitable for the user, for example. Therefore, by shortening the wearing time and using a "napkin (product B3)" that is more suitable for the user, the user can more reliably prevent menstrual blood from leaking from the "napkin."

<<Information on the 5th line in Figure 9>>
In the fifth line of FIG. 9, "information I1" indicates that the "napkin" used by the user is product A2 with a size of 25 cm. Furthermore, "information I2" indicates that the user's menstrual blood has spread over a wide area behind the "napkin" as shown in diffusion diagram F5. "Information I3" indicates that the "napkin" has been worn for 4 hours, and "Information I4" indicates that menstrual blood leaked from the "napkin." Furthermore, "information I5" indicates that the location of the leak was at the rear. Further, the "menstrual blood amount" indicates "8 g".

Here, despite the standard wearing time (for example, 4 hours), the reason why menstrual blood spreads over a wide area as shown in diffusion diagram F5 is due to the speed at which the user's menstrual blood is discharged. However, it is thought that the absorption rate is faster than that of "napkins".

In such a case, the selection unit 110 selects, from the message information 122, "message information ”.

Then, as shown in FIG. 15, the message display processing unit 43 displays a message 401 based on "message information X2" and a message 411 based on "message information Y2" on the screen 33. Note that the message 401 is the same as the message shown in FIG.

Additionally, message 411 is ``Product B4 is recommended. Video introduction of product B4 www.ccc...'' is included. As a result, the user can select a "napkin (product B4)" that is more suitable for the user, for example, a napkin (product B4) that absorbs menstrual blood quickly, and can wear the napkin in a position that is suitable for the user. As a result, the user can more reliably prevent menstrual blood from leaking from the "napkin."

<<Information on the 6th line in Figure 9>>
In the sixth line of FIG. 9, "information I1" indicates that the "napkin" used by the user is product A1 with a size of 21 cm. Furthermore, "information I2" indicates that the user's menstrual blood has spread to three separate locations on the "napkin" as shown in the diffusion diagram F6. "Information I3" indicates that the "napkin" was worn for 3 hours, and "Information I4" indicates that there was no leakage of menstrual blood from the "napkin." Further, "menstrual blood amount" indicates "5 g".

Here, the reason why the menstrual blood spreads apart as shown in diffusion diagram F6 is because the speed at which the user's menstrual blood is discharged is slower than the absorption speed of the "napkin", and the menstrual blood spreads out from the user. This is thought to be because it is transmitted through the body.

In such a case, the selection unit 110 selects "message information Y3" from the message information 122 that urges the user to use a different type of "napkin" than the one being worn.

Then, the message display processing unit 43 displays a message 412 based on "message information Y3" on the screen 33, as shown in FIG. 16.

Message 412 is ``Product B5 is recommended. Video introduction of product B5 "www.ddd..." is included. As a result, the user can select a "napkin (product B5)" that is more suitable for the user's menstrual blood flow. Furthermore, in a case like diffusion diagram F6, the influence of the shorts worn by the user is also considered. In such a case, a separate message may be displayed on the screen 33 urging the user to use sanitary shorts of a size and type that allow the napkin to come into close contact with the body.

===Other embodiments===
Although the embodiments of the present invention have been described above, the above-described embodiments are intended to facilitate understanding of the present invention, and are not intended to be interpreted as limiting the present invention. Further, the present invention can be modified and improved without departing from the spirit thereof, and it goes without saying that the present invention includes equivalents thereof. For example, the following modifications are possible.

<<When using an image with menstrual blood attached>>
For example, in this embodiment, the plurality of diffusion diagrams F1 to F6 in FIG. 6 are used as information indicating the state of menstrual blood adhering to the "napkin", but this is not the case. As the information indicating the state of menstrual blood adhering to the "napkin," for example, an image of the "napkin" with menstrual blood adhering to it acquired by the camera 34 may be used. In such a case, for example, the same process as in this embodiment can be executed by constructing a learning model based on teacher data in which appropriate message information X and Y are assigned to a plurality of images.

In other words, information indicating the state of menstrual blood adhering to a "napkin" includes the shape of the area of menstrual blood adhering to the "napkin" and By using information that can specify the size of the area and the position of the menstrual blood area with respect to the "napkin," it is possible to perform the same processing as in this embodiment.

<<Use of history of input information 121>>
Furthermore, in this embodiment, each time the user inputs "information I1" to "information I5", "information I1" to "information I5" are stored in the storage unit 101. Then, the control unit 100 calculates the “menstrual blood amount” and stores it in the storage unit 101 in association with “information I1” to “information I5”. Therefore, by referring to the history of the input information 121, it is possible to grasp the user's menstrual pattern, such as a large amount of menstrual blood on day 0 of the start of menstruation, and the approximate amount of menstrual blood during the menstrual period, for example.

For example, when the control unit 100 extracts such a physiological pattern, the selection unit 110 may select a message based on a rule determined based on the physiological pattern. By using such a history of past input information 121, it becomes possible to provide a more appropriate message to the user.

<<Use of other input information>>
In this embodiment, the user inputs "information I1" to "information I5" and selects messages X and Y, but the input information is "information I1" to "information I5". Not limited to.
For example, information indicating whether the user was wearing menstrual shorts (menstrual underwear) (hereinafter referred to as "Information I6"), information indicating whether the user was wearing menstrual shorts (menstrual underwear), clothing over the user's underwear (e.g., whether the user was wearing pants, etc.), (hereinafter referred to as "Information I7"), information regarding the user's daily life ("Lifestyle Information"), and information indicating whether the user was wearing a skirt (hereinafter referred to as "Information I8"). good. Note that "life information" is information including, for example, the user's main posture during menstruation and whether or not the user was exercising.

The selection unit 110 may be configured to select messages X and Y while referring to the above-mentioned "information I6" to "information I8" in addition to "information I1" to "information I5." In such a case, a message regarding appropriate "napkins" can be provided to the user based on more input information. Furthermore, based on these "information I1" to "information I8", a message (third message) may be displayed urging the user to use related articles such as sanitary shorts suitable for the user.

<<If another diffusion map is selected>>
As described above, the diffusion diagrams F1 to F6 displayed on the selection screen 210 in FIG. 6 are just examples; for example, the selection screen 210 includes the diffusion diagram F7 shown in FIG. 17. Note that FIG. 17 shows a state in which the diffusion diagram F7 is enlarged on the selection screen 210 so that the user can easily select the diffusion diagram F7.
Further, the diffusion diagram F7 is a diagram showing a state in which menstrual blood slightly adheres to approximately the center of the "napkin" and is absorbed.

<<Information on the 3rd line in Figure 18>>
FIG. 18 is a diagram showing an example of input information 121 different from that in FIG. Similar to FIG. 9, the input information 121 for each date and time includes "information I1" to "information I5" and "menstrual blood amount."
In the third line of FIG. 18, "information I1" received on "June 11th 5:00" indicates that the "napkin" used by the user is product A1 with a size of 21 cm. In addition, "Information I2" indicates that diffusion diagram F7 has been selected as the diffusion diagram, "Information I3" indicates that the wearing time is 8 hours, and "Information I4" indicates that there was no leakage. . In addition, "menstrual blood volume" indicates "1 g or less."

In such a case, the selection unit 110 selects message information X5 from the message information 122 regarding how to use the "napkin" and urges the use of a different type of "napkin" or "panty liner" from the "napkin" being worn. Select “Message Y4”. As a result, the message display processing unit 43 displays a message 420 based on "message information X5" and a message 421 based on "message information Y10" on the screen 33, as shown in FIG.

Note that the message 420 is ``The napkin is installed in the proper position.'' ”. Additionally, message 421 is ``Product B6 is recommended. Video introduction of product B6 "www.eee..." is included. As a result, the user can select a shorter and thinner "napkin or panty liner (product B6)" that is more suitable for the user, for example. As a result, users can spend their time more comfortably.

Furthermore, in this embodiment, as a message, a product different from the product used by the user is displayed on the screen 33, but it is of a different type (for daytime use) than the "napkin" (first absorbent article). A message Y may be displayed to encourage the use of "napkins" (second absorbent articles) (for nighttime use, thin type, thick type, etc.). Even in such a case, the same effects as in this embodiment can be obtained.

In addition, as a method of providing this embodiment, a dedicated application is installed on the terminal 20, and the program installed on the server 21 and the application installed on the terminal 20 cooperate, so that the present embodiment can be provided to the user. may be provided. Further, the terminal 20 may be equipped with a general-purpose browser, and the present embodiment may be provided to the user by being connected to the server 21 via the general-purpose browser of the terminal 20.

It is also possible to supply the program to the computer using a non-transitory computer readable medium with an executable program thereon. Note that examples of non-transitory computer readable media include magnetic recording media (eg, flexible disks, magnetic tapes, hard disk drives), CD-ROMs (Read Only Memory), and the like.

10 Computer system 20 Terminal 21 Server 30, 101 Storage unit 31, 100 Control unit 32 Input unit 33 Screen 34 Camera 35 Timing unit 36, 102 Communication unit 40 Input screen display processing unit 41 Diffusion diagram display processing unit 42 Selection diagram display processing unit 43 Message display processing unit 44 Reception processing unit 110 Selection unit 120 User information 121 Input information 122 Message information 200, 220 Input screens 210, 230 Selection screens 300, 301 Tabs 350 to 355 Icons 320 to 322, 400 to 403, 410, 411, 412, 420, 421 Messages F1 to F7 Diffusion diagram

Claims (15)

to the computer,
a reception process for receiving first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display process of displaying at least one of the following on the screen;
a second display process of displaying on the screen a plurality of diagrams showing different adhesion states of menstrual blood adhering to a predetermined absorbent article;
run the
the second information is information indicating a diagram selected from the plurality of diagrams;
A program featuring. The program according to claim 1,
The second information includes the shape of the menstrual blood area attached to the first absorbent article, the width of the menstrual blood area, and the position of the menstrual blood area with respect to the first absorbent article; Contain information to identify
A program featuring. The program according to claim 1 or claim 2,
A program characterized in that the first message includes a message regarding a mounting position of the first absorbent article. The program according to any one of claims 1 to 3,
The reception process is
further accepting third information indicating a time when the wearer wore the first absorbent article;
The first display process includes:
displaying at least one of the first message and the second message on a screen based on at least the first to third information;
A program featuring. 5. The program according to claim 4,
A program characterized in that the first message includes a message regarding a wearing time of the first absorbent article. The program according to any one of claims 1 to 5,
Each of the plurality of views is a view in which at least one of the shape of the menstrual blood region, the width of the menstrual blood region, and the position of the menstrual blood region is different;
A program featuring. The program according to any one of claims 1 to 6,
The reception process further receives fourth information regarding leakage of menstrual blood from the first absorbent article,
The first display process includes:
displaying at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
A program featuring. to the computer,
a reception process for receiving first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display process of displaying at least one of the following on the screen;
a third display process for displaying on the screen a selection diagram for selecting a position of menstrual blood leakage;
run the
The reception process further receives fourth information regarding leakage of menstrual blood from the first absorbent article,
The first display process includes:
displaying at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
the fourth information includes fifth information indicating a position selected in the selection diagram;
A program featuring. to the computer,
a reception process for receiving first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display process of displaying at least one of the following on the screen;
run the
The reception process further receives fourth information regarding leakage of menstrual blood from the first absorbent article,
The first display process includes:
displaying at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
The first display process includes:
When the fourth information is accepted in the reception process, displaying the first message on the screen with priority over the second message;
A program featuring. a reception step in which the computer receives first information regarding the first absorbent article used by the wearer and second information regarding the adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display step in which the computer displays at least one of the following on a screen;
a second display step in which the computer displays on the screen a plurality of diagrams showing different adhesion states of menstrual blood adhering to a predetermined absorbent article;
including;
The second information is information indicating a diagram selected from the plurality of diagrams,
A method for supporting a user of an absorbent article, characterized in that: a reception step in which the computer receives first information regarding the first absorbent article used by the wearer and second information regarding the adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display step in which the computer displays at least one of the following on a screen;
a third display step in which the computer displays on the screen a selection diagram for selecting a position of menstrual blood leakage;
including;
In the receiving step, the computer further receives fourth information regarding leakage of menstrual blood from the first absorbent article;
In the first display step,
a computer displays at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
The fourth information includes fifth information indicating the position selected in the selection diagram.
A method for supporting a user of an absorbent article, characterized in that: a reception step in which the computer receives first information regarding the first absorbent article used by the wearer and second information regarding the adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display step in which the computer displays at least one of the following on a screen;
including;
In the receiving step, the computer further receives fourth information regarding leakage of menstrual blood from the first absorbent article;
In the first display step,
a computer displays at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
In the first display step,
When the fourth information is accepted in the accepting step, the computer displays the first message on the screen with priority over the second message.
A method for supporting a user of an absorbent article, characterized in that: a reception processing unit that receives first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display processing unit that displays at least one of the above on a screen;
a second display processing unit that displays on the screen a plurality of diagrams showing different adhesion states of menstrual blood adhering to a predetermined absorbent article;
including;
The second information is information indicating a diagram selected from the plurality of diagrams,
A computer system characterized by: a reception processing unit that receives first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display processing unit that displays at least one of the above on a screen;
a third display processing unit that displays on the screen a selection diagram for selecting a position of menstrual blood leakage;
including;
The reception processing unit further receives fourth information regarding leakage of menstrual blood from the first absorbent article,
The first display processing section includes:
displaying at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
The fourth information includes fifth information indicating the position selected in the selection diagram.
A computer system characterized by: a reception processing unit that receives first information regarding a first absorbent article used by a wearer and second information regarding an adhesion state of menstrual blood attached to the first absorbent article;
A first message regarding how to use the first absorbent article, and a second message urging the use of a second absorbent article different from the first absorbent article, based on at least the first and second information; a first display processing unit that displays at least one of the above on a screen;
including;
The reception processing unit further receives fourth information regarding leakage of menstrual blood from the first absorbent article,
The first display processing section includes:
displaying at least one of the first message and the second message on a screen based on at least the first, second, and fourth information;
The first display processing section includes:
When the fourth information is received by the reception processing unit, displaying the first message on the screen with priority over the second message;
A computer system characterized by:

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