JP7125908B2 - Program, content display method, and computer - Google Patents

Description

The present invention relates to a program, a content display method, and a computer.

Patent Literature 1 discloses a technique for grasping the health condition of a measurer based on the heart rate and the like.

JP-A-9-187429

By the way, parents who are raising children are generally subjected to various stresses when raising children. However, with the technique disclosed in Patent Literature 1, it is difficult to relax the child or oneself, even if one can perceive one's own stress.

SUMMARY OF THE INVENTION The present invention has been made in view of the conventional problems as described above, and an object thereof is to provide a program, a content display method, and a computer.

The main invention for achieving the above object is to provide a computer with a first acquisition process for acquiring a first measurement result indicating the heartbeat measurement result of the guardian, and a second acquisition process for acquiring the heartbeat measurement result of the guardian's child. a second acquisition process of acquiring a measurement result; a first display process of displaying on a screen the first content selected from the first content group based on the first measurement result; a second display process for displaying second content selected based on a second measurement result on the screen; and a third display process for displaying on the screen a third content selected based on the first and second measurement results.

According to the present invention, parents and children can be relaxed.

1 illustrates computer system 10. FIG. 3 is a diagram showing details of functional blocks included in a display processing unit 43 and a reception processing unit 44. FIG. 3 is a diagram showing functional blocks implemented in the server 21; FIG. 4 is a diagram for explaining content 121. FIG. 4 is a diagram for explaining information included in content 121. FIG. 3 is a diagram showing a home screen 300 displayed on a screen 33; FIG. 4 is a flowchart showing content display processing; 4 is a flowchart showing an example of measurement processing; FIG. 10 shows a selection screen 301 for selecting a person to be measured. FIG. 3 shows a parent measurement screen 302. FIG. FIG. 11 shows a measurement screen 303 for children. 9 is a flowchart showing details of selection processing; It is a flowchart which shows an example of the display / acceptance process for parents. It is a figure which shows an example of the screen 310 for parents. FIG. 6 shows screen 311 containing relaxing content 640a. 6 is a diagram for explaining a pull-down menu 641; FIG. It is a flow chart which shows an example of display and acceptance processing for children. It is a figure which shows an example of the screen 312 for children. FIG. 11 shows screen 313 including contact content 660a. FIG. 6 is a diagram for explaining a pull-down menu 661; FIG. 10 is a flowchart showing an example of parent-child display/acceptance processing; It is a figure which shows the screen 320a for parent-child. It is a figure which shows the screen 320b for parent-child. FIG. 6 shows screen 330 including contact content 670a. It is a flow chart which shows an example of SNS posting processing. FIG. 13 is a diagram showing a posting screen 350; FIG. It is a figure which shows the screen 360 of SNS which displays posting information. FIG. 10 is a diagram for explaining a mother's mood option and a child's mood option; It is a figure for demonstrating the analysis result of experiment.

At least the following matters will become apparent from the descriptions of this specification and the accompanying drawings.
a first acquisition process of acquiring a first measurement result indicating the heartbeat measurement result of the guardian, and a second acquisition process of acquiring a second measurement result indicating the heartbeat measurement result of the child of the guardian; a first display process for displaying on a screen the first content selected from the first content group based on the first measurement result; and a second content selected from the second content group based on the second measurement result. A second display process for displaying two contents on the screen, and a selection based on the first and second measurement results when the second measurement result is acquired together with the first measurement result from the third content group. and a third display process of displaying the third content that has been displayed on the screen.

According to such a program, content selected according to the heartbeat measurement result of the person being measured is provided, so that the person being measured can be relaxed.

In such a program, the first display process displays content based on the first measurement result from the first content group in which the number of selectable contents increases as the number of times the first measurement result is obtained increases. It is desirable to display the first content selected by the screen on the screen.

According to such a program, new content is provided according to the number of times the parent's heartbeat is measured. Therefore, it is possible to improve the motivation of the user to continue using the program.

In such a program, the second display process is performed, based on the second measurement result, from the second content group in which the number of selectable contents increases as the number of times the second measurement result is obtained increases. It is desirable to display the second content selected by the screen on the screen.

According to such a program, new content is provided according to the number of times the child's heartbeat is measured. Therefore, it is possible to improve the motivation of the user to continue using the program.

In such a program, the third display process includes displaying the content from the third content group in which the number of selectable contents increases according to an increase in the number of times the second measurement result is obtained together with the first measurement result. It is desirable to display the third content selected based on the first and second measurement results on the screen.

According to such a program, new content is provided according to the number of heartbeat measurements of the parent and child. Therefore, it is possible to improve the motivation of the user to continue using the program.

In this program, the first display process displays the first content selected from the first content group based on the first measurement result, the period from the birth of the child, and the time. , is preferably displayed on the screen.

According to such a program, it is possible to provide content for parents that matches the time of measurement and the age of the child.

In this program, the second display process displays the second content selected from the second content group based on the second measurement result, the period from the birth of the child, and the time. , is preferably displayed on the screen.

According to such a program, it is possible to provide content for children that matches the time of measurement and the age of the child.

In this program, the third display process displays the third content selected from the third content group based on the first and second measurement results, the period from the birth of the child, and the time. 3 It is desirable to display content on the screen.

According to such a program, it is possible to provide content for parents and children that matches the time of measurement and the age of the child.

In this program, the first display process displays the first content based on the first measurement result, the period from the birth of the child, the time, and the past first measurement result. It is desirable to display the first content selected from the group on the screen.

According to such a program, it is possible to provide content for parents that matches the temperament of parents.

In this program, the second display process displays the second content based on the second measurement result, the period from birth of the child, the time, and the past first measurement result. It is desirable to display the second content selected from the group on the screen.

According to such a program, it is possible to provide content for children that matches the temperament of parents.

In this program, the third display process is based on the first and second measurement results, the period from birth of the child, the time, and the past first measurement result. It is desirable to display the third content selected from the third content group on the screen.

According to such a program, it is possible to provide parent-child content that matches the temperament of the parent.

A first program for displaying on the screen a first input image for inputting first information regarding implementation of content displayed on the screen among a plurality of contents included in the first content group. causing the computer to execute an input image display process; and a first reception process for accepting the input first information in correspondence with the content displayed on the screen, wherein the first display process comprises the first displaying on the screen the first content selected from the first content group based on the measurement result, the period from birth of the child, the time, and the first information. desirable.

According to such a program, content can be provided according to the situation such as the implementation of content for parents.

A second program for displaying, on the screen, a second input image for inputting second information regarding implementation of content displayed on the screen among a plurality of contents included in the second content group. causing the computer to execute an input image display process; and a second reception process for accepting the input second information in correspondence with the content displayed on the screen; displaying on the screen the first content selected from the first content group based on the measurement result, the period from the birth of the child, the time, and the second information. desirable.

According to such a program, it is possible to provide content according to the situation, such as implementation of content for children.

A third program for displaying, on the screen, a third input image for inputting third information regarding implementation of content displayed on the screen among a plurality of contents included in the third content group. causing the computer to execute an input image display process; and a third receiving process for receiving the third information that has been input in correspondence with the content displayed on the screen; and displaying the third content selected from the third content group on the screen based on the second measurement result, the period from the birth of the child, the time, and the third information. is desirable.

According to such a program, it is possible to provide content according to the situation, such as implementation of parent-child content.

In such a program, a fourth input image for inputting fourth information regarding the state of the child when the content displayed on the screen among the plurality of contents included in the second content group is executed. causing the computer to execute a fourth input image display process for displaying on the screen; and a fourth reception process for accepting the input fourth information in correspondence with the content displayed on the screen; 2 display processing displays the second content selected from the second content group based on the second measurement result, the period from birth of the child, the time, and the fourth information, It is desirable to display it on the screen.

According to such a program, it is possible to provide content according to the state of the child when the content for children is implemented.

In such a program, a fifth input image for inputting fifth information regarding the state of the child when the content displayed on the screen among the plurality of contents included in the third content group is executed. causing the computer to execute a fifth input image display process for displaying on the screen; and a fifth reception process for accepting the input fifth information in correspondence with the content displayed on the screen; 3 display processing includes displaying the third content selected from the third content group based on the first and second measurement results, the period from birth of the child, the time, and the fifth information. It is desirable to display content on the screen.

According to such a program, it is possible to provide content according to the state of the child when the parent-child content is implemented.

The program comprises a first image for starting the measurement of the heartbeat of the guardian, a second image for starting the measurement of the heartbeat of the child, and a heartbeat of the child together with the heartbeat of the guardian. It is desirable to cause the computer to execute image display processing for displaying a third image for starting measurement on the screen.

According to such a program, it becomes easy to measure the heart rate of both the parent and the child.

In such a program, it is desirable that the second and third content groups include music generated based on heart sounds of the guardian and the child as content.

According to such a program, since music based on heart sounds can be provided, children (particularly infants) can be relaxed.

In such a program, contact between the parent and the child is performed based on first input information input after the second or third content prompting the contact between the parent and the child is displayed on the screen. It is preferable that the computer is caused to execute an index calculation process for calculating an index indicating the degree of and an index display process for displaying the index on the screen.

According to such a program, the user can objectively check the index indicating the degree of contact, so that the user's motivation to continue using the program can be improved.

In such a program, a first estimation process for estimating the mental state of the parent based on the first measurement result, and a second estimation process for estimating the mental state of the child based on the second measurement result. and a transmission process of transmitting the estimation results of the first and second estimation processes and the second input information input in relation to the estimation results to a server that provides a social networking service. It is desirable to let

According to such a program, it becomes easy to share information related to psychological states with many users.

A first acquisition step of acquiring a first measurement result indicating the heartbeat measurement result of the guardian; a second acquisition step of acquiring a second measurement result indicating the heartbeat measurement result of the child of the guardian; and a first content. a first display step of displaying on a screen first content selected from the group based on the first measurement result; and second content selected from the second content group based on the second measurement result. a second display step of displaying on the screen; and a second selected based on the first and second measurement results when the second measurement result is obtained together with the first measurement result from a third content group. and a third displaying step of displaying 3 contents on the screen.

According to such a method, content selected according to the heartbeat measurement result of the person being measured is provided, so that the person being measured can be relaxed.

A first acquisition unit that acquires a first measurement result indicating the heartbeat measurement result of the guardian, a second acquisition unit that acquires a second measurement result indicating the heartbeat measurement result of the child of the guardian, and a first content a first display processing unit configured to display on a screen first content selected from the group based on the first measurement result; and second content selected from the second content group based on the second measurement result. is displayed on the screen, and the first measurement result and the second measurement result are selected from a third content group based on the first measurement result and the second measurement result when the second measurement result is acquired. and a third display processing unit for displaying the third content on the screen.

According to such a computer, content selected according to the measurement result of the heart rate of the person being measured is provided, so that the person being measured can be relaxed.

===this embodiment===
<<<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 is a system that displays content for relaxing the user on the screen 33 (described later) of the terminal 20 based on the heartbeat measurement results of the child or parent (guardian) who is the user. The computer system 10 includes a terminal 20 and a server 21 .

The terminal 20 is, for example, a smart phone or a tablet, and various functions are implemented in the terminal 20 . The terminal 20 also measures the heartbeat of the child or parent and transmits the measurement results to the server 21 . Also, the terminal 20 displays the content selected by the server 21 .

The server 21 is, for example, a device that selects content for reducing the user's stress based on the measurement result of the user's heartbeat transmitted from the terminal 20 . The server 21 also manages a predetermined social networking service to which heartbeat measurement results, text information, and the like are posted, although the details will be described later.

<<<details of terminal 20>>>
The terminal 20 includes a storage unit 30 , a control unit 31 , an input unit 32 , a screen 33 , a camera 34 , a clock unit 35 and a communication unit 36 .

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 is realized in the terminal 20 by the processor of the terminal 20 executing a predetermined program. Details of functional blocks included in the control unit 31 will be described later.

The input unit 32 is implemented by a tap operation on a screen 33 that is a touch panel of the terminal 20 , and an operation result of the user of the terminal 20 is input to the input unit 32 . The screen 33 displays contents and various information based on commands from the control unit 31 and user's operation results.

A camera 34 (measuring device) measures the reflected light from the blood flow when light from a light-emitting diode (not shown) is projected onto an even portion of a finger or hand. In other words, the camera 34 of this embodiment operates as an optical heartbeat (pulse) measuring device in addition to a device for taking general photographs and moving images.

The clock unit 35 keeps time, and the communication unit 36 exchanges information between the terminal 20 and other terminals or the server 21 .

<<<Functional Blocks Realized by Control Unit 31>>>
The control unit 31 includes a measurement processing unit 40 , a first acquisition processing unit 41 , a second acquisition processing unit 42 , a display processing unit 43 and a reception processing unit 44 .

The measurement processing unit 40 is a block that measures the heartbeat of the person to be measured based on the reflected light from the camera 34 . Although the details will be described later, the measurement processing unit 40 performs “parent heart rate measurement (hereinafter referred to as “parent measurement” as appropriate),” “child heart rate measurement (hereinafter referred to as “child measurement” as appropriate),” Three different types of measurements are performed: “parent-child heart rate measurement (hereinafter referred to as “parent-child measurement” as appropriate)”. etc.), or a contact/non-contact sensing device (including sensing by image analysis, etc.).

The first acquisition processing unit 41 acquires the parent's heartbeat measurement result X1 (first measurement result), and the second acquisition processing unit 42 acquires the child's heartbeat measurement result X2 (second measurement result).

The display processing unit 43 displays various screens on the screen 33 based on the user's operation results and the like. Further, for example, the display processing unit 43 causes the screen 33 to display content and various information selected by the server 21 based on the heartbeat measurement result. Although the details will be described later, the content displayed on the screen 33 is, for example, moving images (including music, voice, and text) and images for reducing the stress of parents and children and relaxing them.

The reception processing unit 44 receives various types of information input by the user. The various types of information input by the user are, for example, information regarding whether or not the content displayed on the screen 33 has been executed, and information regarding the child's mood when the content is executed.

FIG. 2 is a diagram showing details of functional blocks included in the display processing unit 43 and the reception processing unit 44. As shown in FIG. The display processing unit 43 is a functional block for displaying information such as images and moving images on the screen 33, and includes first display processing unit 60 to third display processing unit 62, first input image display processing unit 63 to fifth input image A display processing unit 67 and an index display processing unit 68 are included.

The first display processing unit 60 causes the screen 33 to display content for the parent selected by the server 21 based on the measurement result of the heartbeat of the parent.

The second display processing unit 61 displays on the screen 33 content for children selected by the server 21 based on the measurement result of the child's heartbeat.

The third display processing unit 62 causes the screen 33 to display content for the parent and child selected by the server 21 based on the measurement results of heartbeats of the parent and child.

The first input image display processing unit 63 causes the screen 33 to display an image for inputting information I1 (first information) regarding implementation of content for the parent. In addition, the information regarding implementation of content is, for example, information indicating whether or not the content has been implemented. Also, hereinafter, in the present embodiment, content for parents is appropriately referred to as "relaxation content".

The second input image display processing unit 64 displays on the screen 33 an image for inputting information I2 (second information) regarding implementation of content for children.

The third input image display processing unit 65 causes the screen 33 to display an image for inputting information I3 (third information) regarding implementation of content for parent and child.

The fourth input image display processing unit 66 displays on the screen 33 an image for inputting information I4 (fourth information) regarding the state of the child when the content for children is implemented. Here, the information about the state of the child is, for example, information about the mood of the child (“good”, “normal”, “displeased”).

The fifth input image display processing unit 67 displays on the screen 33 an image for inputting information I5 (fifth information) regarding the state of the child when the parent-child content is implemented.

The index display processing unit 68 displays on the screen 33, for example, “interaction points (index)” calculated by the server 21 according to the number of times the content for children or the content for parents and children has been performed. Although the details will be described later, by displaying the "contact point" on the screen 33, the parent can objectively grasp the degree of contact with the child. For this reason, for example, parents can consciously increase the number of times they interact with their children. Note that, in the present embodiment, content for children and content for parents and children are hereinafter collectively referred to as "interacting content".

The reception processing section 44 is a functional block that receives various types of information input by the user, and includes a first reception processing section 80 to a fifth reception processing section 84 .

The first reception processing unit 80 receives information I<b>1 regarding implementation of content for parents input by the user in association with the content for parents displayed on the screen 33 .

The second reception processing unit 81 receives information I<b>2 regarding implementation of children's content input by the user in association with the children's content displayed on the screen 33 .

The third reception processing unit 82 receives information I<b>3 regarding the implementation of the parent-child content input by the user in association with the parent-child content displayed on the screen 33 .

The fourth reception processing unit 83 receives information I4 regarding the state of the child when the content for children is implemented.

The fifth reception processing unit 84 receives information I5 regarding the state of the parent and child when the content for the parent and child is implemented.

<<<Details of Server 21>>>
FIG. 3 is a diagram showing an example of functional blocks implemented in the server 21 when the processor (not shown) of the server 21 executes a given program.

The server 21 implements a control unit 100 for centrally controlling the server 21, a storage unit 101 for storing various information, and a communication unit 102 for exchanging information with the terminal 20 and the like.

==About the control unit 100==
Control unit 100 includes first state estimation unit 110 , second state estimation unit 111 , selection unit 112 , index calculation unit 113 , and posted information processing unit 114 .

The first state estimator 110 quantifies and estimates the parent's mental state based on the parent's heartbeat measurement result X1 transmitted from the terminal 20 . Specifically, when the measurement result X1 is higher than a predetermined threshold value T1, the first state estimating unit 110 estimates the “active state” with the “activity level 0%”, and when the heart rate is lower than the predetermined threshold value , “Relaxation degree 〇%” and “Relaxation state” are estimated. Here, the "active state" (or stress) means a state of being active or stressed with a high heart rate, and the "relaxed state" means a state of feeling relaxed with a low heart rate. is.

The second state estimator 111 quantifies and estimates the mental state of the child based on the measurement result X2 of the child's heartbeat transmitted from the terminal 20 . Specifically, when the measurement result X2 is higher than a predetermined threshold value T2, the second state estimating unit 111 estimates the “active state” with the “activity degree □%”, and when the heart rate is lower than the predetermined threshold value , "relaxed state" with "relaxation degree □%".

In the present embodiment, the psychological state of the measurer is quantified and estimated by comparing the heartbeat measurement result and the threshold value. The “sympathetic nerve” level and the “parasympathetic nerve” level obtained from heart rate variability obtained by frequency analysis of time-series changes may also be used. Specifically, the sympathetic nerves and the parasympathetic nerves are obtained from the heart rate of the measurer. It may be estimated as "relaxed state".

In addition, by estimating a state in which there is no bias between the sympathetic nerves and the parasympathetic nerves as a "balanced state," the psychological state may be one of the three states of "active state," "relaxed state," and "balanced state." . In addition, for example, when determining the "balanced state" based on the measured heart rate and the threshold, if the measured heart rate is approximately equal to the threshold value (for example, the heart rate is within ± 5% of the threshold If it is in), it should be estimated that it is in a "balanced state". In such a case, if the heart rate is higher than the threshold +5%, it is "active", and if it is lower than the threshold -5%, it is "relaxed".

The "balanced state" is, for example, a more relaxed state than the "active state" that is estimated when excitement is high, and a more active state than the "relaxed state" is estimated when fatigue is great. Therefore, the "balanced state" is an appropriate psychological state for the measurer. Although the details will be described later, in this embodiment, the measurer can determine how close the psychological state is to a “balanced state” from the estimation results (activity level □% to relaxation level 〇%) displayed on the screen 33. It is possible to grasp whether there is

The selection unit 112 selects content suitable for the user from the content 51 stored in the storage unit 101 based on various information. By the way, "content suitable for the user" includes, for example, the psychological state of the parent and child, the child's age (whether the head is sitting, whether the child can play with hands), the time of day (morning or night), It depends on various factors such as the relationship between parents and children (mother, father, grandparents, childcare workers, etc.). For this reason, although the details will be described later, the selection unit 112 selects, for example, the number of measurements of three different types of heartbeats, the psychological state of the parent and the child, the age of the child, the time period, the disposition of the parent, the number of times the content has been performed, and so on. , selecting content based on its effect on children.

The index calculation unit 113 calculates the “contact point” based on the information transmitted from the terminal 20 after the “contact content”, which is content for children or parents and children, is executed. For example, when the index calculation unit 113 acquires the information I2 and I3 indicating that the "contact content" has been executed, the index calculation unit 113 adds "1" point to the "contact point". Further, the index calculation unit 113 adds “2” points to the “contact point” when the parent and child images are transmitted from the terminal 20 to the server 21 after the “contact content” is displayed on the screen 33, for example. . In addition to this, for example, a predetermined number of “contact points” may be added based on information obtained by the terminal 20 for images of the parent and child. The information I2 and I3 indicating that the “interacting content” has been executed, the parent-child image, and the information that the parent-child image was acquired by the terminal 20 correspond to the first input information.

Post information processing unit 114 processes post information 125 (described later) transmitted from terminal 20 and posted on a predetermined social networking service (hereinafter referred to as SNS) so that it can be viewed by a browser of terminal 20 or the like.

==Regarding the storage unit 101==
The storage unit 101 stores user information 120 , content 121 , history information 122 , estimation information 123 , captured images 124 , and posted information 125 .

The user information 120 is information relating to the child who is the user and the parent. ”, “date of birth”, etc.

The content 121 is moving images and images played back on the terminal 20 to relax parents and children. Note that in the present embodiment, the content 121 is a moving image or an image, but may be only voice or music, for example. Details of the content 121 will be described later.

The history information 122 is information about past measurement results of heartbeats of parents and children. Specifically, the history information 122 includes “parent heartbeat measurement result X1”, “child heartbeat measurement result X2”, “parent heartbeat measurement count”, “child heartbeat measurement count”, and “parent and child heartbeat measurement count”. heart rate measurements”. In the present embodiment, the control unit 100 determines which of the heartbeat measurement results transmitted from the terminal 20 and the three types of measurement (“parent measurement”, “child measurement”, and “parent-child measurement”) is performed. The history information 52 is updated each time information indicating whether the

The estimation information 123 is information indicating the psychological state of the parent estimated in the past by the first state estimation unit 110, that is, the "estimation result" of the past psychological state. The first state estimator 110 updates the estimation information 123 each time it estimates the parent's mental state. Therefore, based on the estimated information 123, it is possible to grasp the tendency of the parent's psychological state (whether the parent is often in the "active state" or in the "relaxed state").

The photographed image 124 is an image of a parent and child or a child photographed by the user, and the posted information 125 is information posted to a predetermined SNS managed by the server 21 .

==Details of Content 121==
FIG. 4 is a diagram for explaining the content 121. As shown in FIG. The content 121 includes n parent contents A1 to An (first content group), m child contents B1 to Bm (second content group), and x parent and child contents C1 to Cx (third content group). content group), and

Here, "contents for parents" are relaxing contents for parents that are selected according to "measurement of the heartbeat of the parent", and "contents for children" are contents that are selected according to the "measurement of the heartbeat of the child". It is the contact content selected by Also, "parent-child content" is contact content selected according to "measurement of parent-child heartbeats". Also, here, n parent contents A1 to An are referred to as "content group A (first content group)", and m child contents B1 to Bm are referred to as "content group B (second content group)". and x parent-child contents C1 to Cx are defined as "content group C (third content group)".

Here, the contents A1 to Cx for relaxing the user include, for example, "video encouraging taking a walk with a child", "video encouraging doing gymnastics with a baby", "video encouraging deep breathing", and the like. is included. However, as mentioned above, it is necessary to consider various items such as the psychological state of the user, time of day, age of children, etc. be. Specifically, for example, when the user's mental state is active (for example, heart rate is high and active) or at night, it is common to provide a "video that encourages walking with children". unfavorable for

Also, for example, if the child is young and cannot sit upright, it is not preferable to provide the user with a "movie that encourages doing gymnastics with the baby."

Therefore, in this embodiment, various information is added to each of the contents A1 to Cx so that the selection unit 112 can select contents suitable for the user.

FIG. 5 is a diagram for explaining information 200 to 206 added to each content included in the content 121. As shown in FIG.

Information 200 is information indicating the number of heartbeat measurements. Here, in the present embodiment, the number of contents selectable by the selection unit 112 increases as the number of heartbeat measurements increases. Specifically, since the information 200 of the content A1 is "0", the content A1 can be selected from the beginning. On the other hand, since the information 200 of the content An is "5", it is not subject to selection unless the number of times the parent's heartbeat is measured is five or more.

Also, since the information 200 of the content Bm is "30", it is not selected unless the number of heartbeat measurements of the child reaches 30 or more. In addition, since the information 200 of the content Cx is "30", it is not selected unless the number of heartbeat measurements of the parent and child reaches 30 or more.

Although the details will be described later, in this embodiment, new content is provided to the user as the number of heartbeat measurements increases. Therefore, the user's motivation to continue using the computer system 10 can be enhanced.

Information 201 is information indicating an estimated psychological state (“active state” or “relaxed state”). In this embodiment, for example, the information 201 of the content A1 is "active", so it becomes a selection target when the parent is "active". Since the information 201 of the contents B1 and C1 is also "active", the content B1 is selected when the child is "active", and the content C1 is selected when both parent and child are "active". Become. Therefore, in this embodiment, the selection unit 112 can select content that matches the psychological state of the user.

Information 202 is information indicating the child's age in months. For example, since the information 202 of the content A1 is "0 to 12", children whose ages are between 0 and 12 months are subject to selection.

Information 203 is information indicating a time zone. For example, since the information 203 of the content A1 is "morning", it becomes a selection target in the morning time zone. In the present embodiment, "morning" is, for example, the time zone from 6:00 to 11:00, "noon" is the time zone from 11:00 to 16:00, and "evening" is from 16:00 to 18:00. "Night" is the time period from 18:00 to 6:00.

The information 204 is information indicating the tendency of the parent's past psychological state. For example, since the information 204 of the content A1 is "active", the content is intended for parents with a high percentage of "active state" in the past psychological state. The content whose information 204 is “relaxed” is intended for parents who have a high rate of “relaxed state” in their past psychological states.

Information 205 is information indicating the number of times the content has been implemented. For example, since the information 205 of the content A1 is "5", the content A1 has been performed five times.

Information 206 is information that numerically indicates the child's mood when the content is implemented. The information 206 is a numerical value calculated based on information input by the user after the content is implemented, and is added to the content B1-Bm for children and the content C1-Cx for parents and children. Also, after the content is implemented, if the child's state is 'good', '+1' is assigned, if the child's state is 'normal', '0' is assigned, and the child's state is "displeased", then "-1" is assigned.

For example, when the content B1 is played twice and "Good luck" is entered both times, the information 206 of the content B1 is "2" as shown in FIG. In other words, the higher the numerical value of the information 206, the more the child likes the content.

Here, the information 200 to 204 are information set in advance when the content 121 is stored, for example. On the other hand, the control unit 100 updates the information 205 of the content 121 based on the information I1 to I3 regarding the implementation of the content, which is transmitted from the terminal 20 and transmitted from the terminal 20 . As for the information 206 regarding “mood”, the control unit 100 updates the information 206 of the content 121 based on the above-described information I4 and I5 regarding the state of the child, which is transmitted from the terminal 20 . The details of the process by which the control unit 100 updates the information 205 and 206 will be described later.

<<<Example of home screen>>>
FIG. 6 is an example of a home screen 300 displayed on the screen 33 after the program of the terminal 20 is activated. The home screen 300 is, for example, a screen for executing various processes such as heart rate measurement. Home screen 300 includes images 500 and 501, buttons 600-602, and icons 800-804.

The image 500 is an image including the characters "contact points" and the value of the "contact points", and the image 501 is the characters "parent-child mind balance" and the number of times the parent-child mind balance matches. is an image containing the display of The "number of times that the parent-child mind balance matches" is the number of times that the estimated psychological states of the parent and child match when the parent-child measurement is performed. It should be noted that the value of the “contact point” and the “number of times the parent-child heart balance matches” are updated by the display processing unit 44 as appropriate.

A button 600 is a button for starting measurement of the heartbeat, including a display of "measure your feelings".

A button 601 is a button for displaying on the screen 33 "interacting content" for interacting with a child, including a display of "interacting".

A button 602 is a button for displaying on the screen 33 "relax content" for relaxing the parent, including the indication "relax".

The icon 800 is an icon for displaying a home screen (not shown) on the screen 33 including a display of “home”.

The icon 801 is an icon that includes a display of “history” and is used to display on the screen 33 the aggregated results of past mental states and the like.

The icon 802 is an icon for displaying an SNS screen on the screen 33 including a display of “Hiroba”.

The icon 803 is an icon for displaying a notice from the program administrator on the screen 33 including the display of "Notice".

An icon 804 is an icon for executing processing for setting user (parent and child) information and the like, including a display of "setting". Here, it is assumed that the 'Settings' icon 804 is tapped, and various user information (eg, name, date of birth, etc.) is set and stored as the user information 120 of the server 21 .

==== Content display processing (content display method) ====
FIG. 7 is a flowchart showing content display processing executed by the computer system 10. As shown in FIG.

First, when the "measure your feelings" button 600 on the home screen 300 of FIG. 6 is tapped, measurement processing is executed (S10). FIG. 8 is a flowchart showing an example of measurement processing. First, the display processing unit 43 causes the screen 33 to display a selection screen 301 (see FIG. 9) for selecting a person to be measured (S100). The selection screen 301 includes a button 610 (first image) including a display of "measure yourself", a button 611 (second image) including a display of "measure the child", and "measure the parent and child". button 612 (third image) including the indication "Yes".

Then, when the button 610 for "measure yourself" is tapped (S101: parent), the display processing unit 43 displays the parent's measurement screen 302 shown in FIG. 10 on the screen 33 (S102). The measurement screen 302 includes a button 620 that includes the word "measure".

Then, when the "measure" button 620 is tapped, the measurement processing unit 40 starts measuring the parent's heartbeat (S103). When the heartbeat measurement is completed, the first acquisition processing unit 41 acquires the parent's heartbeat measurement result X1 (S104: first acquisition process (first acquisition step)).

Further, in the process S101, when the button 611 for "measure the child" is tapped (S101: child), the display processing unit 43 displays the measurement screen 303 for the child shown in FIG. 11 on the screen 33 ( S105). The measurement screen 303 includes a button 621 including an indication of "measure".

Then, when the "measure" button 621 is tapped, the measurement processing unit 40 starts measuring the heartbeat of the child (S106). When the heartbeat measurement is completed, the second acquisition processing unit 42 acquires the child's heartbeat measurement result X2 (S107: second acquisition process (second acquisition step)).

In addition, in the process S101, when the button 612 of "Measuring parent and child" is tapped (S101: parent and child), the display processing unit 43 executes the parent measurement process including the above-described processes S102 to S104 (S108 ). Furthermore, when the process S108 ends, the child measurement process including the above-described processes S102 to S104 is executed (S109).

Therefore, in the measurement process S10, when the "parent's heart rate measurement" is executed, the parent's heart rate measurement result X1 is obtained, and when the "child heart rate measurement" is executed, the child's heart rate measurement result X2 is obtained. When the data are obtained and the “parent-child heart rate measurement” is executed, the parent-child heart rate measurement results X1 and X2 are obtained.

When the process S10 of FIG. 7 is executed, the communication unit 36 transmits the measurement result acquired in the process S10 to the server 21 (S11).

Then, the control unit 100 of the server 21 acquires the measurement result and stores it in the storage unit 101 (S12). As a result, the history information 122 including "measurement result X1", "measurement result X2", "number of measurements of parent's heartbeat", "number of measurements of child's heartbeat", and "number of measurements of parent-child heartbeat" is updated. . For example, when the measurement result X1 is transmitted to the server 21 in step S11, the control unit 100 updates the "measurement result X1" and the "number of measurements of the parent's heartbeat".

When the process S12 is executed, the control unit 100 estimates the subject's psychological state (S13). Specifically, when the parent's heartbeat is measured and the "measurement result X1" is transmitted, the first state estimation unit 110 estimates the parent's psychological state based on the measurement result X1 (S13: first estimation process). Further, when the child's heartbeat is measured and the "measurement result X2" is transmitted, the second state estimation unit 111 estimates the child's psychological state based on the measurement result X2 (S13: second estimation process). . When the heartbeats of the parent and child are both measured and the "measurement result X1" and the "measurement result X2" are transmitted, the first state estimating unit 110 and the second state estimating unit 111 estimate the psychological states of the parent and the child, respectively. .

Note that the first state estimating unit 110 and the second state estimating unit 111 store the estimated result in the storage unit 101 (S13). As a result, the estimated information 123 is updated.

Next, the selection unit 112 executes a selection process of selecting content based on the estimation result and the like (S14). FIG. 12 is a diagram showing details of the selection process S14.

First, the selection unit 112 identifies a content group, for example, based on the measurement result acquired in the process S11 (S200). Specifically, when the “measurement result X1” is acquired, the selection unit 112 specifies the “contents group A” for parents, and when the “measurement result X2” is acquired, the selection unit 112 specifies the “contents group for children”. B” is specified, and when “measurement result X1” and “measurement result X2” are obtained, “parent-child content group C” is specified.

Next, the selection unit 112 refers to the history information 122 including the current “number of measurements” and the information 200 (information indicating the “number of measurements”) of the content 121 described with reference to FIG. Content that satisfies the condition of "number of measurements" is specified from among (S201). For example, when the number of heartbeat measurements for the parent is "50" or more, all the contents included in the contents group B are identified.

In addition, the selection unit 112 refers to the estimation information 123 including the estimation result of the subject's psychological state this time and the information 201 (information indicating the "estimation result") of the content 121, and selects the content specified in the process S201. Among them, the content that satisfies the condition of "estimation result" is specified (S202). For example, if the current mental state of the parent is "active", the contents B1, B2, etc. to which the information 201 indicating "active" is attached are specified in the content group B. FIG.

The selection unit 112 refers to the “monthly age”, which is the period from birth calculated from the current date and the user information 120, and the information 202 (information indicating the “monthly age”) of the content 121, and identifies in step S202. Contents that satisfy the condition of “age in months” are specified from among the contents obtained (S203).In this embodiment, for example, the control unit 100, based on the current date and the date of birth of the child in the user information 120, Calculate the age in months.

When the process S203 is executed, the selection unit 112 refers to the current time and the information 203 of the content 121 (information indicating the "time period"), and selects the "time period" from the contents specified in the process S203. (S204).

Further, the selection unit 112 refers to the estimation information 123 and the information 204 (information indicating the “mental state tendency”) of the content 121, and selects the condition of the “mental state tendency” from the content specified in the process S204. The satisfying content is specified (S205).

The selection unit 112 refers to the information 205 indicating the “number of times of implementation” and the information 206 indicating the “mood” of the content specified in the process S205, and specifies one content to be provided to the user (S206). . Here, an example of processing when the selection unit 112 specifies one content will be described below.

If the content specified in step S205 is the content A10 to A15 of the parent content group A, for example, the selection unit 112 selects the generated random number to identify the content with the largest numerical value (number of executions + random number).

Further, when the contents specified in the process S205 are the contents B20 to 30 of the content group B for children, for example, the selection unit 112 selects the value of the "number of times of implementation" of each of the contents B20 to 30 and the "mood ” value, add the generated random number, and identify the content with the largest numerical value (number of times performed + mood + random number).

Further, when the contents specified in the process S205 are the contents C30 to 35 of the content group C for parent and child, for example, the selection unit 112 selects the value of the "execution count" of each of the contents C30 to 35 and the "mood ” value, add the generated random number, and identify the content with the largest numerical value (number of times performed + mood + random number). It should be noted that, in the process S205, for example, random numbers are used. Specifically, the selection unit 112 preferentially identifies a newly selectable content, and if there is no such content, the sum of the “number of times of implementation” and the value of “mood” is Contents exceeding a predetermined value (for example, “0”) may be randomly selected.

Then, the selection unit 112 selects one content identified in step S206 as content to be provided to the user (S207).

When the content is selected in the process S207, the communication unit 102 of the server 21 transmits the estimation result of the state of mind obtained in the process S13 and information about the selected selected content, as shown in FIG. (S15). The “information about the selected content” is, for example, information indicating the storage location of the selected content in the server 21 . However, the selected content itself may be transmitted to the terminal 20 .

When the communication unit 36 of the terminal 20 receives the estimation result and the information regarding the selected content, the display processing unit 43 displays the received information and the like, and the reception processing unit 44 receives information regarding execution of the selected content. A process for receiving is executed (S16). Since the details of the process S16 are different for "parent", "child", and "parent-child", they will be described separately below.

<<Display/acceptance process for parent (S16a)>>
FIG. 13 is a flow chart showing an example of parent display/acceptance processing (S16a). First, the first display processing unit 60 displays the parent screen 310 shown in FIG. 14 on the screen 33 (S300).

Screen 310 for parents includes an image 630, an image 631, and buttons 632-635 showing estimation results.

An image 630 indicating the estimation result is an image indicating whether the parent, who is the measurer, is in a "relaxed" or "active" state of mind, based on the estimation result. The image 630 also includes information (“relaxation level” and “activity level”) in which the psychological state is quantified, and the “activity level” is displayed as “68%” here.

An image 631 is an input image that prompts the parent who is the measurer to input his/her feelings, and asks, "How are you feeling now?" ’ contains the message.

A button 632 is a button for starting the measurement of the heartbeat of the child, including the indication "measure the child".

The button 633 is a button for displaying the content for relaxing the parent selected in the selection processing S14 based on the parent's measurement result, etc., including the display of "view relaxing content".

A button 634 is a button for displaying on the screen 33 the mental states of the "parent and child" when both the "parent and child" are measured, including the display of "see comprehensive results". It should be noted that a button 633 "view overall results" is used when one of the "children" and "parents" is measured and then the other is measured. Only available when implemented. Therefore, here it is possible to select if the "children" measurement has been performed.

A button 635 is a button for ending the currently displayed screen 310 and displaying the home screen 300, including the display of “Exit”.

Further, when the parent screen 310 is displayed, when the button 632 for "measure the child" is tapped (process S301 in FIG. 13: child measurement), the measurement process in FIG. A measurement screen for children in S10 is displayed (S105 in FIG. 8). As a result, the measurer can measure the heart rate of the child following the measurement of the parent.

Further, when the button 633 "view relaxing content" is tapped (processing S301 in FIG. 13: relaxing content), the first display processing unit 60 displays the relaxing content 640a (first content) shown in FIG. The screen 311 containing the data is displayed on the screen 33 (S302: first display processing (first display step)). The relaxing content 640a is a reproducible moving image in which the text "Let's take a break with a cup of hot cocoa" is displayed. Parents can relax by watching such moving images and drinking cocoa, for example.

Further, the first input image display processing unit 63 causes the screen 33 to display an input image 640b (first input image) for inputting information I1 regarding implementation of the relaxing content 640a (S303: first input image display processing). ).

The input image 640b is an image of "How do you feel now after performing the content?" , a pull-down menu 641 and buttons 642 and 643 .

The pull-down menu 641 is an option for inputting (selecting) information I1 regarding the implementation of the relaxing content 640a. As shown in FIG. 16, the pull-down menu 641 includes an option "did not implement", a plurality of options indicating the implementation, and the psychological state of the parent. For example, options that indicate the parent's psychological state at the time of implementation include "very relaxed", "somewhat relaxed", "neither", "somewhat stressed", “I feel very stressed,” etc. By selecting these options, the parent's feelings after the content is implemented will be recorded in more detail.

A button 642 includes a display of "measure again", and is a button for re-executing the parent's measurement, for example, in order to confirm the effect after implementation of the content.

A button 643 is a button for ending the currently displayed screen 312 and displaying the home screen 300, including the display of “Exit”.

In the process S16a of FIG. 13, for example, when the user selects an option from the pull-down menu 641 and taps the "End" button 643, the first reception processing unit 80 displays the pull-down Information on options of the menu 641 is accepted (S304).

<<Display/reception processing for children (S16b)>>
FIG. 17 is a flow chart showing an example of display/acceptance processing for children (S16b). First, the second display processing unit 61 causes the screen 312 for children shown in FIG. 18 to be displayed on the screen 33 (S310).

The screen 312 for children includes an image 650, an image 651, and buttons 652-655 showing estimation results.

An image 650 showing the estimation result is an image showing whether the psychological state of the child who is the measurer is "relaxed" or "active" based on the estimation result. The image 650 also displays the measured heart rate information ("heart rate: 65") in addition to the estimated state ("relaxed").

An image 651 is an input image prompting the input of the state (mood) of the child who is the measurer. ’ contains the message. It should be noted that the image 651 is a pull-down menu, and for example, the child's mood (happy, normal, displeased) before the contact content is implemented can be selected.

A button 652 is a button for starting the measurement of the parent's heartbeat, including the indication "Make your own measurement".

The button 653 is a button for displaying the content selected in the selection process S14 based on the child's measurement results, etc., including the display of "view contact content".

A button 654 is a button for displaying on the screen 33 the psychological states of the "parent and child" when both the "parent and child" are measured, including the display of "view overall results". It should be noted that a button 633 "view overall results" is used when one of the "children" and "parents" is measured and then the other is measured. Only available when implemented. Therefore, it is now selectable if a "parent" measurement has been performed.

A button 655 is a button for ending the currently displayed screen 312 and displaying the home screen 300, including the display of “Exit”.

Also, when the screen 312 for children is displayed, if the button 652 for "Make my measurements" is tapped (processing S311 in FIG. 17: self measurement), the above-described measurement processing in FIG. A measurement screen for children in S10 is displayed (S102 in FIG. 8). As a result, the measurer can measure the heart rate of the parent (himself) following the measurement of the child.

Further, when the button 653 "view contact content" is tapped (process S311 in FIG. 17: contact content), the second display processing unit 61 displays the screen 313 including the contact content 660a shown in FIG. Display on the screen 33 (S312: second display process (second display step)). The contact content 660a (second content) displayed in step S312 is the "content for children" selected from content group B for children. Also, the contact content 660a is a reproducible moving image in which the characters "diaper changing song" are displayed. By watching such moving images and changing the child's diaper, for example, the parent can interact with the child while relaxing.

Also, the second input image display processing unit 64 and the fourth input image display processing unit 66 generate an input image 660b (second input image, fourth input image) are displayed on the screen 33 (S313: second and fourth input image display processing).

The input image 660b is an image of "How do you feel now after performing the content?" , a pull-down menu 661, and buttons 662-664.

The pull-down menu 661 is an option for inputting (selecting) information I2 regarding the implementation of the contact content 660a and information I4 regarding the state of the child when the contact content 660a was implemented. The pull-down menu 661 includes, as options, an option of "did not implement" and an option indicating the psychological state of the parent and child when the process was implemented.

Here, the options indicating the psychological state of the parent and child at the time of implementation are options consisting of a combination of the parent's state (relaxed to stress) and the child's state (good mood to bad mood), as shown in FIG. For example, "parents are relaxed, children are happy", "parents are relaxed, children are normal", "parents are relaxed, children are displeased", "parents are normal, children are happy", and the like.

By selecting these options, information I2 indicating whether or not the content has been implemented and information I4 indicating the feelings of the child (including the feelings of the parents) after the content has been implemented are recorded in detail. can be done.

A button 662 includes a display of "measure yourself", and is a button for executing self (parent) measurement, for example, in order to confirm the effect of the user after implementation of the content.

A button 663 is a button for starting “imaging (photographing)”, and when the button 663 is tapped, the camera 34 is activated. By tapping the button 663 after the content is implemented, the user can record the facial expressions of the child or parent and child after the content is implemented. For example, the button 663 may display, for example, "Take a picture of the parent and child after the content has been implemented! ] may be included to prompt the taking of the parent-child image.

In such a case, it is possible to encourage the user to take a picture after the content is performed.

A button 664 is a button for ending the currently displayed screen 313 and displaying the home screen 300, including the display of “Exit”.

In the process S16b of FIG. 17, for example, when the user selects an option from the pull-down menu 661 and taps the "end" button 664, each of the second reception processing unit 81 and the fourth reception processing unit 83 , the information I2 of the options of the pull-down menu 661, the information I4 and the image (if obtained) are received (S314: second and fourth reception processing).

<<Display/acceptance processing for parent and child (S16c)>>
FIG. 21 is a flow chart showing an example of the parent-child display/acceptance process (S16c). The parent-child display/acceptance process (S16c) is executed when the heartbeats of the parent and child are measured and the measurement results X1 and X2 of the parent and child are both obtained. Specifically, when "parent-child measurement" is performed, or when one of "parent" and "child" is measured and then the other is measured continuously, the buttons 634 and 654 "view overall results" are clicked. This is the case when tapped.

First, the third display processing unit 62 displays parent-child screens 320a and 320b shown in FIGS. 22 and 23 on the screen 33 (S320). Note that the screen 320b is, for example, a screen displayed following the screen 320a when the screen 33 is scrolled.

Parent-child screen 320a includes images 700 and 701 showing estimation results. An image 700 showing the estimation result is an image showing whether the psychological states of the parent and child are "relaxed" or "active" based on the estimation result.

The image 701 shows the psychological state of the parent and child in any one of four classifications (“Parent: Relaxed, Child: Active”, “Parent: Active, Child: Relaxed”, “Parent and Child Relaxed”, and “Parent and Child Active”). It is an image showing whether it is in the state of

Screen 320b also includes an image 710 and buttons 711-714. Image 710 is an example of an image containing advice for parents to relax. The image 710 includes, for example, 'Parent is 'active' and child is 'relaxed'. How about relaxing with herbal tea and listening to music? ] Including advice.

A button 711 is a button for posting an estimation result, a comment, and the like to an SNS, which will be described later, including a display of "post".

A button 712 is a button for displaying “relax” and for displaying “relaxation content” based on the estimation result of the “parent” when the heartbeats of both the parent and child are measured.

A button 713 is a button for displaying "interacting content" based on the estimation result of "parent and child" when the heartbeats of the parent and child are both measured.

The button 714 is a button for ending the currently displayed screen 320b and displaying the home screen 300, including the display of "Exit".

Further, when the parent-child screen 320b is displayed, if the button 712 for "Relax" is tapped (process S321 in FIG. 21: relax), processes S322 to S322 having the same content as the processes S302 to S304 described above are performed. S324 is executed. Therefore, detailed description of the processes S322 to S324 is omitted here.

On the other hand, when the parent-child screen 320b is displayed, if the "contact" button 713 is tapped (process S321 in FIG. 21: contact), processes S325 to S327 similar to the processes S312 to S314 described above are executed. is executed.

Specifically, first, the third display processing unit 62 causes the screen 330 to display the screen 330 including the contact content 670a shown in FIG. 24 (S325: third display processing (third display step)).

Here, the contact content 670a (third content) is a reproducible moving image in which the characters "introductory video of baby massage" are displayed. The contact content 670a displayed in step S325 is the "parent-child content" selected from the parent-child content group C. FIG. Also, the "introductory video of baby massage", which is the contact content 670a of the present embodiment, includes, for example, music generated based on the heartbeats of the parent and the child. Parents and children can watch such moving images and, for example, give a baby massage to the child, so that the child can be more relaxed.

In addition, the third input image display processing unit 65 and the fifth input image display processing unit 67 provide an input image 670b (third input image, fifth input image) are displayed on the screen 33 (S326: third and fifth input image display processing).

The input image 670b is an image of "How do you feel now after performing the content?" , a pull-down menu 671 and buttons 672-674.

The pull-down menu 671 is an option for inputting (selecting) information I3 regarding the implementation of the contact content 670a and information I5 regarding the state of the child when the contact content 670a was implemented. The pull-down menu 671 includes, as options, an option of "did not implement" and an option indicating the psychological state of the parent and child when the process was implemented. The pull-down menu 671 is the same as the pull-down menu 661 in FIG. 20 described above, and the buttons 672-674 are the same as the buttons 662-664 described above, respectively. Therefore, detailed description of the pull-down menu 671 and buttons 672 to 674 will be omitted.

In the process S16c of FIG. 21, for example, when the user selects an option from the pull-down menu 671 and taps the "end" button 673, each of the third reception processing unit 82 and the fifth reception processing unit 84 , the information I3 of the options of the pull-down menu 671, the information I5, and the photographed image (if photographed) are received (S327: third and fifth reception processes).

In FIG. 7, when the above-described processing S16 (“parent processing S16a”, “child processing S16b”, or “parent-child processing S16c”) is executed, the control unit 31 performs information The presence or absence of information such as I1 to I5 and photographed images (hereinafter referred to as "receipt information") is determined (S17). Then, if there is no reception information (S17: No), the control unit 31 terminates the series of processes.

On the other hand, if there is reception information (S17: Yes), the communication unit 36 transmits the reception information to the server 21 (S18).

The control unit 100 of the server 21 acquires the reception information and stores it in the storage unit 101 (S19). Specifically, the control unit 100 updates the information 205 (information indicating the “number of implementations”) of the content group A based on the information I1 of the reception information, and updates the content group B based on the information I2. The information 205 is updated, and the information 205 of the content group C is updated based on the information I3.

Further, the control unit 100 updates the information 206 of the content group B (information indicating "mood") based on the information I4 of the reception information, and updates the information 206 of the content group C based on the information I5. .

Further, the control unit 100 stores the captured image in the storage unit 101 in the reception information, and updates the captured image 124 .

Then, the control unit 100 determines whether or not the reception information includes information I2 and I3 indicating that the “contact content” of the content groups B and C has been executed, or whether or not the photographed image is included (S20). ).

If the information I2 or I3 indicating that the "interacting content" has been executed or the captured image is not included (S20: No), the series of processing ends.

On the other hand, if the information I2, I3 indicating that the “contact content” has been executed or the captured image is included (S20: Yes), the index calculation unit 113 calculates (calculates) the “contact point”. (S21: index calculation processing).

Specifically, when the index calculation unit 113 acquires the information I2 or the information I3 indicating that the "interaction content" has been executed as described above, the index calculation unit 113 adds "1" point to the "interaction point". In addition, for example, when the photographed image includes a parent and child, the index calculation unit 113 adds “2” points to the “contact point”.

After the index calculation unit 113 calculates the "contact point", the communication unit 102 transmits the calculated "contact point" to the terminal 20 (S22).

Then, the index display processing unit 68 displays the home screen 300 including the received "contact point" image 500 on the screen 33 (S23). In this way, when the "contact contents" of the content groups B and C are executed, the "contact points" on the home screen 300 are increased. Therefore, by executing the content displayed on the screen 33, the user can be motivated to continue interacting with the child.

==== SNS posting process ====
FIG. 25 is a diagram illustrating an example of processing executed when a user posts an estimation result or the like to an SNS. Note that, in this embodiment, the user can post the estimation result and various information to the SNS, for example, when performing the “parent-child measurement”.

First, when the user taps the button 711 "Submit" on the screen 320b when the "parent-child measurement" shown in FIG. is displayed (S500).

The posting screen 350 includes an image 700, an image 701, a text input field 750, an image selection field 751, and a button 752, as shown in FIG. Images 700 and 701 are the same as the images displayed in FIG.

The text input field 750 is an area for inputting the user's comments after the measurement, and the user can input, for example, the impressions and effects after implementing the "interacting content", the reaction of the child, and the like. can be done.

The image selection field 751 is an area for selecting an image (photograph) obtained with the child after measurement, for example.

A button 752 includes a display of "submit", and is a button for posting the information input in the text input field 750 and the image selected in the image selection field 751 together with the images 700 and 701 to the server 21. be. The information input in the text input field 750 and the image selected in the image selection field 751 correspond to second input information.

Then, when the user taps the button 752 "Post", the reception processing unit 44 displays the images 700 and 701, the text input in the text input field 750, and the image selected in the image selection field 751. and receives post information (S501).

Further, when the posted information is accepted in step S501, the communication unit 36 transmits the posted information to the server 21 (S502).

Then, server 21 stores the received posted information in storage unit 101 (S503). As a result, posted information 125 in storage unit 101 is updated.

FIG. 27 is an example of an SNS screen 360 displaying posted information. Screen 360 includes an image 760 posted by the user and an icon 761 .

An image 760 is an image displaying the posted information posted by the user, and includes the text information 770 "I am very relaxed" entered by the user and an image of a child photographed and selected by the user. 771 and an image 772 showing the results of the parent-child measurement.

Also, the icon 761 includes a display of "nice", and is an icon that is tapped when the viewer thinks the posted content is good. Therefore, every time the icon 761 is tapped, the "nice" point (currently "0") increases by "1".

Note that the display processing unit 43 of the present embodiment can display posts in descending order of "nice" points, for example. For this reason, SNS users can easily view posts that have been effective in relaxing their children, for example, so that the stress of raising children can be easily reduced.

Further, when the point of "nice" attached to the posted information reaches a predetermined point, the posted information processing unit 114 of the server 21 sends a comment to the user who posted the posted information corresponding to the predetermined point of "nice". send notification of the creation of Note that the comment creation notification is, for example, "The posted information was very helpful. Please upload the details on SNS! ’ is the notice.

By notifying the user of such a comment, more useful information for raising children is posted on the SNS.

In addition, the icon 761 of the present embodiment includes a display of "nice" meaning "like", but for example, an icon indicating empathy such as "I understand!" It may be an icon for cheering.

Further, in the SNS of the present embodiment, there is no column for entering comments on posted information. Therefore, it is possible to prevent comments including slander and slander from being input to the posted information.

=== Experiment to confirm the correlation between heart rate and mood (psychological state) ===
In this embodiment, the psychological state of the measurer is estimated based on the heartbeat of the measurer. Experiment E, which verified that there is a correlation between , will be described.

<<Target>>
Experiment E included, for example, 19 mother-child pairs. The average age of the 19 mothers is, for example, 30.4 years old, including mothers aged 20 to 38. On the other hand, the average age of the 19 children is, for example, 5.7 months after birth, including children from 3 to 8 months after birth.

<< Heart rate variability >>
In Experiment E, mothers measured their own and their child's heart rate variability several times a day for two weeks. Note that the heart rate variability is obtained by the following formula.
Nu = LF/(LF + HF) x 100
Here, "Nu" is a value indicating heart rate variability (eg, 0%), "LF" is a low-frequency component of measured heart rate variability (eg, 0.004 to 0.15 Hz), and "HF ” is the high frequency component (0.15-0.4 Hz) of the measured heart rate variability.

Also in experiment E, for example, the mother recorded her own mood and the child's mood when heart rate variability was measured. FIG. 28 is a diagram for explaining the mother's mood options and the child's mood options. The mood of each mother and child can be selected from five options. Options indicating the mother's mood include "1. very relaxed”, “2. Relax”, “3. Normal”, “4. Stress”, “5. Very stressful. On the other hand, options indicating the child's mood include "1. Very good”, “2. Good", "3. Normal”, “4. Moody”, “5. Very disgruntled' included.

The mother then selects and records the mother's mood and the child's mood, for example, each time heart rate variability is measured. 28 may be displayed on the screen 33 of the terminal, selected by the mother, and the selection result may be recorded in the storage unit 30, for example.

<<analysis result>>
29 is a diagram showing the analysis results of Experiment E. FIG. Here, a multi-level SEM (Structural Equation Model) is applied to the measured heart rate variability, the mother's mood, and the child's mood. is.
The upper part of FIG. 29 shows a model of relationships at the interpersonal level, corresponding to the so-called Between level. In addition, the lower part of FIG. 29 shows a model of relationships at the intrapersonal level corresponding to the so-called Within level.

Maternal heart rate variability (Nu%) had a significant effect on maternal mood, as shown by the Within-level model. In other words, there was a significant effect between the variability of the measurer's heart rate and the "mood," which indicates the measurer's psychological state. Therefore, by measuring the heart rate of the measurer as in this embodiment, it is possible to appropriately estimate the psychological state of the measurer.

There was also a significant effect of child's mood on mother's mood, as shown by the Within-level model. Thus, for example, when child-oriented content is provided and the child feels better, the parent is likely to feel better as well. Therefore, by using the computer system 10 of the present embodiment to provide content according to the psychological state of the measurer, it is possible to make parents and children feel better.

===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 limit and interpret the present invention. Further, the present invention can be modified and improved without departing from its spirit, and it goes without saying that the present invention includes equivalents thereof. For example, the following modifications are possible.

In this embodiment, the guardian is the child's parent (father or mother), but may be, for example, a grandparent, an older brother, an older sister, or a person who is not related by blood. In that case, the information included in the content shown in FIG. 5 may include the "attribute of the parent" (relationship between parent and child) in order to display the content according to the parent. At this time, for example, if the parent's attribute is the father, the content should be more active and exercise-oriented, and if the guardian's attribute is the grandparent, the content should be less active while sitting. to change the displayed content.

Moreover, in the present embodiment, the stress state and the relaxed state are estimated by comparing the heart rate and the threshold value, but the present invention is not limited to this. For example, the condition of the measurer may be determined based on the "autonomic nerve power" or the frequency analysis result of the heartbeat.

In addition, in the present embodiment, when the parent-child measurement is performed, the parent measurement screen 302 and the child measurement screen 303 are respectively displayed. ] or the like (not shown) may be displayed. Generally, the parent's heart rate is higher than the child's heart rate, so the measurement processing unit 40, for example, takes the higher one of the two continuously measured heart rates as the parent's heart rate and the lower one as the child's heart rate. heart rate may be determined. In addition, the measurement processing unit 40 may determine the heart rates of the parent and the child using a trained model or the like in which many measurement data of the parent and the child are learned as teacher data.

Also, for example, the index calculation unit 113 may increase the “contact points” based on information that parent-child images are acquired instead of parent-child images. Whether or not the parent and child images have been acquired is determined, for example, by the control unit 31 by determining whether or not two persons are included in the acquired image (whether or not there are two heads). Therefore, it is possible to discriminate.

Further, for example, when the parent-child measurement is performed, the index calculation unit 113 determines that when the estimated psychological state of the parent and the estimated psychological state of the child match, that is, when the parent and child are both “active”. In the case of "state" or "relaxed state", "contact points" may be increased. In general, it is preferable that the psychological states of the parent and child are the same, rather than that the psychological states of the parent and the child are different. For this reason, the index calculation unit 113 can increase the parent's motivation for child-rearing by increasing the "contact point" in consideration of such a state.

In addition to the song about changing diapers, the content to be output is prepared in advance according to childcare scenes such as bathing, eating, and changing clothes. At the time of output, the content may be displayed in accordance with the user's childcare rhythm. For example, if the change of clothes content is output more than a predetermined number of times between 8:00 and 9:00 in the morning, the change of clothes content is preferentially displayed in the morning time zone (on the other hand, content that is never output, for example, the morning time zone) If the bathing content is not output during this time period, the bathing content may be controlled so as not to be displayed during this time period).

Also, a ranking may be displayed according to the "interacting points" or the "number of times of interacting" of a plurality of users. Ranking is based on the order of users with the highest "contact points", the order of users with the highest "number of contacts", and rankings according to both "contact points" and "number of contacts" (for example, the score obtained by adding or multiplying two points). may be Also, the ranking may be tallied according to the number of times or points for each fixed period (for example, every week, every month, etc.). Moreover, the ranking display method is not limited to simply displaying the user ranking, but may be such that the user ranking is always displayed during the ranking display (for example, pop-up display, etc.). By displaying such a ranking, it is possible to check the number of contact times and contact points of other users. Here, for example, the display processing unit 43 displays the above-described ranking display on the screen 33 based on the "contact points" and the like.

In the present embodiment, the program causes the computer system 10 including the terminal 20 and the server 21, which is an example of a computer, to execute various processes such as content display. It is not limited to computer system 10 . For example, the computer may be composed of a single terminal, the computer may be composed of a single server having a screen, or the computer may be composed of a terminal and a plurality of servers. In addition, although the program for displaying content according to the present embodiment realizes functional blocks for selecting and displaying content on the terminal 20 and the server 21, the present invention is not limited to this. For example, a program for displaying content may be stored in one of the terminal 20 or the server 21, and a function block for selecting and displaying content may be realized only on the device in which it is stored.

It is also possible to supply the program to the computer using a non-transitory computer readable medium with an executable program thereon storing the executable program. 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 storage unit 31 control unit 32 input unit 33 screen 34 camera 35 clock unit 36 communication unit 40 measurement processing unit 41 first acquisition processing unit 42 second acquisition processing unit 43 display processing unit 44 reception processing unit 60 First display processing unit 61 Second display processing unit 62 Third display processing unit 63 First input image display processing unit 64 Second input image display processing unit 65 Third input image display processing unit 66 Fourth input image display processing unit 67 fifth input image display processing unit 68 index display processing unit 110 first state estimation unit 111 second state estimation unit 112 selection unit 113 index calculation unit 114 post information processing unit

Claims (21)

to the computer,
a first acquisition process for acquiring a first measurement result indicating the heartbeat measurement result of the guardian;
a second acquisition process for acquiring a second measurement result indicating a heartbeat measurement result of the child of the guardian;
a first display process for displaying on a screen the first content selected from the first content group based on the first measurement result;
a second display process for displaying, on the screen, second content selected from the second content group based on the second measurement result;
A third display for displaying, on the screen, third content selected based on the first and second measurement results when the second measurement result is acquired together with the first measurement result from the third content group. processing;
A program characterized by causing the execution of The program according to claim 1,
The first display process includes
displaying the first content selected based on the first measurement result from the first content group in which the number of selectable contents increases as the number of times the first measurement result is obtained increases on the screen; to display
A program characterized by The program according to claim 1 or 2,
The second display process includes
displaying the second content selected based on the second measurement result from the second content group in which the number of selectable contents increases as the number of times the second measurement result is obtained increases on the screen; to display
A program characterized by The program according to any one of claims 1 to 3,
The third display process includes
Selected based on the first and second measurement results from the third content group in which the number of selectable contents increases as the number of times the second measurement result is obtained together with the first measurement result increases displaying the third content on the screen;
A program characterized by The program according to any one of claims 1 to 4,
The first display process includes
displaying on the screen the first content selected from the first content group based on the first measurement result, the period from birth of the child, and the time;
A program characterized by The program according to any one of claims 1 to 5,
The second display process includes
displaying on the screen the second content selected from the second content group based on the second measurement result, the period from birth of the child, and the time;
A program characterized by The program according to any one of claims 1 to 6,
The third display process includes
displaying on the screen the third content selected from the third content group based on the first and second measurement results, the period from birth of the child, and the time;
A program characterized by The program according to any one of claims 5 to 7,
The first display process includes
The first content selected from the first content group based on the first measurement result, the period from the birth of the child, the time, and the past first measurement result is displayed on the screen. to display on
A program characterized by The program according to any one of claims 5 to 8,
The second display process includes
The second content selected from the second content group based on the second measurement result, the period from birth of the child, the time, and the past first measurement result is displayed on the screen. to display on
A program characterized by The program according to any one of claims 5 to 9,
The third display process selects from the third content group based on the first and second measurement results, the period from birth of the child, the time, and the past first measurement result. displaying the received third content on the screen;
A program characterized by The program according to any one of claims 5 to 7,
a first input image display process for displaying, on the screen, a first input image for inputting first information regarding execution of the content displayed on the screen among the plurality of contents included in the first content group;
a first reception process for receiving the input first information in association with the content displayed on the screen;
causing the computer to execute
The first display process includes
The first content selected from the first content group is displayed on the screen based on the first measurement result, the period from birth of the child, the time, and the first information. thing,
A program characterized by The program according to any one of claims 5 to 7 and 11,
a second input image display process for displaying, on the screen, a second input image for inputting second information regarding execution of the content displayed on the screen among the plurality of contents included in the second content group;
a second reception process for receiving the input second information in association with the content displayed on the screen;
causing the computer to execute
The second display process includes
The first content selected from the first content group is displayed on the screen based on the second measurement result, the period from birth of the child, the time, and the second information. thing,
A program characterized by The program according to any one of claims 5 to 7, 11 and 12,
a third input image display process for displaying, on the screen, a third input image for inputting third information regarding execution of the content displayed on the screen among the plurality of contents included in the third content group;
a third receiving process for receiving the input third information in association with the content displayed on the screen;
causing the computer to execute
The third display process includes
The third content selected from the third content group based on the first and second measurement results, the period from birth of the child, the time, and the third information is displayed on the screen. to display on
A program characterized by The program according to any one of claims 5 to 7,
displaying on the screen a fourth input image for inputting fourth information relating to the state of the child when the content displayed on the screen among the plurality of contents included in the second content group is implemented; a fourth input image display process;
a fourth receiving process for receiving the input fourth information in association with the content displayed on the screen;
causing the computer to execute
The second display process includes
The second content selected from the second content group is displayed on the screen based on the second measurement result, the period from birth of the child, the time, and the fourth information. thing,
A program characterized by The program according to any one of claims 5 to 7 and 14,
displaying on the screen a fifth input image for inputting fifth information relating to the state of the child when the content displayed on the screen among the plurality of contents included in the third content group is implemented; a fifth input image display process;
a fifth reception process for accepting the input fifth information in association with the content displayed on the screen;
causing the computer to execute
The third display process includes
The third content selected from the third content group based on the first and second measurement results, the period from birth of the child, the time, and the fifth information is displayed on the screen. to display on
A program characterized by The program according to any one of claims 1 to 15,
a first image for starting measurement of the heartbeat of the guardian; a second image for starting measurement of the heartbeat of the child; causing the computer to execute an image display process for displaying a third image on the screen;
A program characterized by The program according to any one of claims 1 to 16,
the second and third content groups include, as content, music generated based on heart sounds of the guardian and the child;
A program characterized by The program according to any one of claims 1 to 17,
An index indicating the degree of contact between the parent and the child based on first input information input after the second or third content prompting contact between the parent and the child is displayed on the screen. index calculation processing to calculate;
causing the computer to execute an index display process for displaying the index on the screen;
A program characterized by The program according to any one of claims 1 to 18,
a first estimation process for estimating the psychological state of the guardian based on the first measurement result;
a second estimation process of estimating the psychological state of the child based on the second measurement result;
a transmission process of transmitting estimation results of the first and second estimation processes and second input information input in relation to the estimation results to a server that provides a social networking service;
causing the computer to execute
A program characterized by a first obtaining step of obtaining a first measurement result indicating the heartbeat measurement result of the guardian;
a second obtaining step of obtaining a second measurement result indicating a heartbeat measurement result of the guardian's child;
a first display step of displaying on a screen the first content selected from the first content group based on the first measurement result;
a second display step of displaying on the screen the second content selected from the second content group based on the second measurement result;
A third display for displaying, on the screen, third content selected based on the first and second measurement results when the second measurement result is acquired together with the first measurement result from the third content group. a step;
A content display method comprising: a first acquisition processing unit that acquires a first measurement result indicating the heartbeat measurement result of the guardian;
a second acquisition processing unit that acquires a second measurement result indicating the heartbeat measurement result of the child of the guardian;
a first display processing unit for displaying on a screen the first content selected from the first content group based on the first measurement result;
a second display processing unit for displaying, on the screen, second content selected from the second content group based on the second measurement result;
A third display for displaying, on the screen, third content selected based on the first and second measurement results when the second measurement result is acquired together with the first measurement result from the third content group. a processing unit;
A computer comprising:

Images