JP2012104007A - Behavior history system, behavior biological history system including the same, biological information acquisition apparatus used therefor, and behavior history program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To propose a behavior history system in which a behavior of a target person can be intuitively grasped or reconsidered and further a relationship with the other person can also be intuitively grasped or reconsidered, a behavior biological history system including the same and a behavior history program.SOLUTION: A behavior history system includes behavior information receiving means 22 which defines information including at least a behavior type indicating a type of a behavior that a target person takes and a behavior time indicating time in which the behavior is taken as behavior information and is capable of receiving input of the behavior information of the target person, scatter chart creating means 23 which creates a scatter chart by plotting the behavior information received by the behavior information receiving means in a coordinate space with one axis as the behavior type and another axis as the behavior time, and scatter chart output means 24 which outputs the scatter chart created by the scatter chart creating means. The behavior information receiving means 22 is capable of receiving behavior information of a plurality of target persons and on the scatter chart, behavior information of a plurality of target persons can be displayed.

Description

  The present invention relates to a behavior history system that allows a user to input the content and time of a subject's behavior and displays the behavior history of the subject, a behavior biological history system including the behavior history system, a biological information acquisition device used therefor, and , Related to action history program.

  In recent years, various work burdens in daily life and work have been reduced due to the development of electronic and electrical equipment and infrastructure. For example, the development of home appliances has reduced the burden of domestic work, the development of personal computers and applications has made work more efficient, and the development of networks has brought about an era in which shopping and communication are made instantly with a single click. However, despite the development of such equipment and infrastructure, the lives of modern people are often chased by time.

  Under such circumstances, grasping and reviewing daily behavior is extremely important in various aspects, such as effective use of time, efficiency of work, engagement with others, and health management. In general, by recording actions in a schedule book, etc., and referring to the records later, it is possible to grasp and review work efficiency such as housework and work, relationships with family, colleagues and friends, lifestyle habits, etc. Often to do.

  For example, Patent Document 1 and Patent Document 2 disclose a system for managing a schedule by a computer. The schedule of Patent Document 1 is a table format in which a day is divided by time and an event is displayed in each time column (see FIG. 2 of Patent Document 1), and the schedule of Patent Document 2 is a vertical axis. Is the date, the horizontal axis is the time, the time zone is displayed in the corresponding date and time frame (time zone display area), and if you specify the desired time zone display area, the summary information schedule is displayed in the summary display field below (See FIG. 4 of Patent Document 2).

Japanese Patent Laid-Open No. 11-66016 Japanese Patent Laid-Open No. 9-297740

  However, in the schedule display as in the above-mentioned Patent Document 1, events are arranged in time series, and in the schedule display as in the above-mentioned Patent Document 2, the time zone display area arranged in time series is tapped to display the events. When the user uses them for grasping and reviewing actions, it will be followed while reading events arranged in time series, and it is difficult to intuitively grasp and review actions .

  In addition, since only the schedule for one person is displayed, it is difficult to grasp the relationship with others. Even if you enter the relationship with the other person such as “Going out with Mr. A”, in order to find the relationship with the other person from the displayed schedule, in Patent Document 1, they are arranged in time series. It is necessary to read the contents of the column sequentially, and in Patent Document 2, it is necessary to sequentially read the outline displayed while tapping the time zone display area, which is very complicated.

  Accordingly, the present invention provides an action history system that can intuitively grasp and review the behavior of the target person, and that can intuitively grasp and review the relationship with other persons. It is an object of the present invention to propose a behavior biohistory system, a biometric information acquisition device used in the system, and a behavior history program.

The behavior history system of the present invention is a behavior history system that displays a subject's behavior history,
Action information accepting means capable of accepting input of the action information of the subject using action information indicating at least the action type indicating the kind of action taken by the subject and the action time indicating the time when the action was taken. When,
A scatter diagram creating means for creating a scatter diagram in which the behavior information received by the behavior information receiving means is plotted in a coordinate space in which one axis is the action type and the other axis is an action time;
And a scatter diagram output means for outputting the scatter diagram created by the scatter diagram creating means.

The action history program of the present invention is an action history program for causing a computer to function as an action history system that displays an action history of a target person,
Action information accepting means capable of accepting input of the action information of the subject using action information indicating at least the action type indicating the kind of action taken by the subject and the action time indicating the time when the action was taken. When,
A scatter diagram creating means for creating a scatter diagram in which the behavior information received by the behavior information receiving means is plotted in a coordinate space in which one axis is the action type and the other axis is an action time;
As a scatter diagram output means for outputting the scatter diagram created by the scatter diagram creation means,
It is characterized by making a computer function.

  According to the behavior history system and the behavior history program, when the user inputs the behavior information of the target person, the behavior information reception means accepts the behavior information, and the scatter diagram creation means creates a scatter diagram based on the behavior information. . The behavior information includes at least the behavior type and the behavior time, and the scatter diagram is plotted with a marker representing the behavior information and the behavior time of the target person in a two-dimensional coordinate space with the behavior type and the behavior time as axes. It will be a thing. The created scatter diagram is output to a display, a printer, or the like by a scatter diagram output means. The user can intuitively grasp or review the behavior of the target person by looking at the state of the marker in the scatter diagram. For example, when a marker is in a line, one action continues for a long time, and when a marker is scattered, the behavior changes frequently. If the action type “Reading” memory has few markers, increase the reading time, or if there are many markers in the action type “TV watching” memory, refrain from watching TV, etc. Can be reviewed intuitively. As the action information to be input, it is preferable to input all actions of the target person, but only a part may be input.

The behavior information accepting means can accept input of behavior information of a plurality of subjects,
It is preferable that the scatter diagram creating means plots the behavior information of a plurality of subjects received by the behavior information accepting means in one coordinate space in a state that can be distinguished for each subject.

  According to this invention, when the behavior information of a plurality of subjects is input to the behavior information receiving means, the behavior information of the plurality of subjects is plotted in one coordinate space. The plotted markers can be distinguished for each subject, for example, by changing the shape or color-coding for each subject. The target person may be the user himself / herself and others (for example, family, friends, colleagues, etc.) or only others. By referring to this scatter diagram, the user can intuitively grasp or review the relationship between the target persons. For example, a marker overlaps with a person who frequently takes action, and a marker overlaps with a person with little involvement. As the action information to be input, all the actions of each target person may be input, or only a part may be input.

  In addition, it is preferable to provide notifying means for referring to the behavior information of each target person and performing a predetermined notification when the action types of the plurality of target persons are the same at the same action time.

  For example, if the behavior types of multiple subjects are available at the same time, such as when the family's behavior types are available at the same time, it is highly likely that the subjects have spent together and can be highly evaluated as a communication time. . Therefore, in the present invention, when the action types of a plurality of subjects are the same at the same action time, for example, a smile mark is displayed near the marker, or an arrow mark pointing to the marker is displayed. A predetermined notification is performed. Thereby, it is possible to make the user aware of the communication time. Here, the plurality of target persons may be all target persons, may be target persons selected by the user such as husband and wife, father and child, or may be target persons set in advance in the system.

  The scatter diagram is preferably a line graph.

  According to the present invention, since the behavior information is displayed as a line graph, the behavior is displayed as a series of flows by the lines of the line graph, and it becomes easy to intuitively grasp and analyze the behavior considering the time element. For example, when observing the line of one subject, the time zone with many inclined lines is a time zone where the behavior changes frequently, and the time zone with a long horizontal line continues one behavior. You can intuitively understand that it is a calm time. In addition, for example, when observing the lines of multiple subjects, if multiple lines are merged, it is intuitive that multiple subjects who were acting differently gathered together and acted together Can grasp.

  In addition, it is preferable to provide a notification unit that calculates a cumulative time of a predetermined action type for each target person and performs a predetermined notification when the cumulative time satisfies a predetermined condition.

  According to the present invention, for example, when a TV viewing time is equal to or greater than or less than a threshold value, a comment or mark indicating a caution or compliment is displayed. A comment or mark to be displayed can be displayed, or a predetermined notification can be given in response to overtime or achievement of a target time. The action type for calculating the accumulated time, the condition for notification, and the notification content may be set in the system in advance, or may be arbitrarily set by the user.

Further, the behavior biological history system of the present invention includes any one of the behavior history system described above and a biological information acquisition device capable of acquiring biological information such as weight and blood pressure, and the behavior history system and the biological information acquisition. Can communicate with the device,
The biological information acquisition device includes a measuring unit capable of acquiring the subject's biological information by measuring the subject's biological body, a measurement time specifying unit capable of specifying a measurement time by the measuring unit, and at least the measurement Biometric information transmitting means for transmitting the biometric information acquired by the means in association with the measurement time specified by the measurement time specifying means,
The behavior history system includes at least biometric information receiving means for receiving the biometric information and measurement time of the subject transmitted by the biometric information transmitting means, and biometric information and measurement time received by the biometric information receiving means. And biometric information output means for outputting in association with the action information of the subject in the scatter diagram. Here, the measuring device refers to a weight scale, a blood pressure monitor, a heart rate monitor, and other devices capable of measuring a physical condition.

The biological information acquisition device of the present invention is a biological information acquisition device used in the behavior biological history system,
Measuring means capable of acquiring the subject's biological information by measuring the subject's living body, measurement time specifying means capable of specifying the measurement time by the measuring means, and biological information acquired by the measuring means And biometric information transmitting means for transmitting the measurement time specified by the measurement time specifying means in association with each other.

The behavior history system of the present invention is a behavior history system used in the behavior biological history system described above,
The living body information receiving means for receiving the living body information and the measurement time of the subject transmitted by the living body information transmitting means of the living body information acquiring apparatus, and the spreading of the living body information and the measuring time received by the living body information receiving means. And biometric information output means for outputting in association with the action information of the target person in the figure.

The action history program of the present invention is an action history program for causing a computer to function as an action history system used in the action biological history system,
Action information accepting means capable of accepting input of the action information of the subject using action information indicating at least the action type indicating the kind of action taken by the subject and the action time indicating the time when the action was taken. When,
A scatter diagram creating means for creating a scatter diagram in which the behavior information received by the behavior information receiving means is plotted in a coordinate space in which one axis is the action type and the other axis is an action time;
A scatter diagram output means for outputting a scatter diagram created by the scatter diagram creation means;
The living body information receiving means for receiving the living body information and the measurement time of the subject transmitted by the living body information transmitting means of the living body information acquiring apparatus, and the spreading of the living body information and the measuring time received by the living body information receiving means. As biological information output means for outputting in association with the behavior information of the subject in the figure,
It is characterized by making a computer function.

  According to the present invention, first, when the user measures a living body with the biological information acquisition device in order to obtain biological information such as weight and blood pressure, the biological information acquisition device acquires the biological information with the measuring means, and the measurement. The measurement time is specified by the time specifying means, and at least the biological information and the measurement time are associated with each other and transmitted to the action history system. When the behavior history system receives the biological information and the measurement time, the behavior history system outputs the biological information and the measurement time in association with the behavior information of the target person in the scatter diagram. As a result, the behavior information in the scatter diagram and the biological information can be viewed in association with each other, and the user can intuitively grasp the relationship between the behavior of the target person and the biological information, or intuitively the behavior for health management. Can be reviewed.

  According to the action history system and action history program of the present invention, the actions of the target person are displayed as a scatter diagram. In this scatter diagram, one axis is the action type and the other axis is the action time, and the user can intuitively grasp or review the behavior of the target person by looking at this scatter diagram. For example, by displaying the user's daily behavior as a scatter diagram, if the markers are arranged in a straight line, it is the day when you have settled in one thing, and if the markers are scattered, the behavior is Intuitively grasp that it was a frustrating day to switch frequently, increase study time and reading time if there are few markers in the memory for studying and reading, or watch TV if there are many markers in the memory for watching TV You can intuitively review your actions, such as making effective use of time.

  If you can enter behavior information for multiple subjects, for example, by displaying family behavior on a scatter diagram, you can intuitively understand family relationships, housework participation rates, etc. It can also be used for reviewing behaviors such as introduction to housework participation and making time for family members. In addition, for example, by displaying the behavior of colleagues in the company on a scatter diagram, it is possible to intuitively grasp the relationship between colleagues and how to use time, and to review behaviors such as promoting communication and improving work efficiency. Can be useful. In addition, for example, by displaying the behavior of patients with behavioral disorders such as withdrawal as a scatter diagram, it is possible to intuitively understand the relationship between the patient and others and use it for treatment and training. It is.

  In addition, when the action types of a plurality of subjects are the same at the same action time, it is possible to indicate that there was a communication time by performing a predetermined notification. Actions such as a lack of communication and sufficient communication when there are many notifications, which can be used as a guideline when analyzing the relationship between the target people, and when there are few notifications regarding meals Can be aware of the review.

  In addition, by making the scatter diagram a line graph, the line of the line graph displays the behavior of the subject as a series of flows, and it becomes easy to intuitively grasp and review the behavior taking the time element into consideration. For example, it is possible to intuitively grasp the daily behavior of the target person as a flow, or to intuitively find the timing of the gathering and dispersion of family members and colleagues from the joining line and the separating line.

  Further, when the cumulative time exceeds the threshold value, the notification means notifies the user of excess time, achievement of the target time, and the like, so that the user can consciously review the behavior by this notification.

  Further, according to the behavior biological history system of the present invention, since the biological information is displayed in the behavior history system in association with the behavior information displayed in the scatter diagram, the user can intuitively understand the relevance between the behavior and the biological information. Can be grasped and the behavior can be reviewed to make the biological information more appropriate. For example, when the biometric information acquisition device is a scale, the weight is displayed on the scatter diagram, and the user can find out the behavior that causes weight gain or weight loss and review the behavior. For example, when the biometric information acquisition apparatus is a sphygmomanometer, the blood pressure is displayed in the scatter diagram, and the user can find out the relationship between the change in blood pressure and the behavior and review the behavior. Thus, the behavior biological history system of the present invention can be used for physical condition management. In particular, the relationship between behavior and biological information is often different for each subject, and uniform correspondence is insufficient. However, according to the behavior biological history system of the present invention, behavior and biological Since the relevance of information can be grasped and reviewed, physical condition management according to the target person can be realized.

It is a schematic block diagram functionally explaining the action history system of the first embodiment of the present invention. It is a figure which shows the example of the user screen of the state into which the action information of the said embodiment was input. It is a figure which shows the example of the initial state of the user screen of the said embodiment. It is a schematic block diagram functionally explaining the action history system of the second embodiment of the present invention. It is a figure which shows the example of the registration screen of the said embodiment. It is a figure which shows Example 1 of the user screen of the state into which the action information of the said embodiment was input. It is a figure which shows the example of the initial state of the example 1 of the user screen of the said embodiment. It is a figure which shows Example 2 of the user screen of the said embodiment. It is a schematic block diagram which illustrates functionally the action history system of 3rd embodiment of this invention. It is a figure which shows the example of the user screen of the state into which the action information of the said embodiment was input. It is a schematic block diagram functionally explaining the behavior biological history system of the fourth embodiment of the present invention. It is a figure which shows the example of the registration screen of the said embodiment. It is a figure which shows the example of the user screen of the state as which the biometric information and measurement time of the said embodiment were output. It is a figure which shows the example of the registration screen of the said embodiment.

[First embodiment]
The present embodiment is an example of a system that is used by one user and that inputs and outputs an action history of one target person. FIG. 1 is a schematic block diagram functionally illustrating the action history system S1 according to the first embodiment of this invention. The action history system S1 is realized by a computer system such as a personal computer or a portable information terminal.

  The action history system S1 includes action information receiving means 12, scatter diagram creating means 13, and scatter diagram output means 14. An action history program is stored in the storage unit of the action history system S1, and the action history system S1 is realized by the action history program causing the computer to function as various means 12-14.

  The behavior information accepting unit 12 has a function of accepting input of behavior information using behavior information indicating at least behavior type indicating the type of behavior taken by the target person and behavior time indicating the time when the behavior was taken. . Specifically, the user screen (see FIG. 2) is displayed on the display in response to a request from the user, and the behavior information accepting unit 12 accepts the behavior information input to the behavior history table A1 displayed on the user screen.

  The action history table A1 is provided with an action input field a1 in which an action type can be input for each time. In the action history table A1, when a desired date in the calendar A2 is clicked, an action input field a1 for that date is displayed. The user can input the action time and the action information by inputting a desired action type in the action input field a1 of the desired action time. Input to the action input field a1 may be direct input with a keyboard, or when a click on the action input field a1 is detected, an action type (that is, the code list A3) is displayed in a pull-down manner, and can be selectively input from among them. Also good. The calendar A2 can display the date of a desired month by clicking an arrow displayed next to the month. Further, a column for inputting and displaying a schedule may be provided in the calendar A2, and the schedule may be input and displayed for each date, each week, and each month. In addition, the action history table A1 may be provided with a memo column (not shown) for each time, and for example, the usage amount may be input at that time. Thereby, it is possible to grasp the behavior and the usage amount in association with each other.

  Here, the action type is represented by a number shown in the code list A3. The code list A3 is numbered in association with each action type. For example, the user inputs a desired code in the action input field a1 at a desired time in the action history table A1, such as “1” for sleep and “2” for meal. Information input to the action history table A1 is received by the action information receiving means 12, and stored and stored in the action information database DB12 as action information in which at least an action type and an action time are associated. When the behavior information in the behavior history table A1 is rewritten, the behavior information is overwritten with newly input behavior information.

  Note that the action type shown in the code list A3 is not necessarily a number. For example, it may be a mark indicating an action, a letter such as A to Z, or “sleep” or “meal” without coding. Or the like may be directly input. The code list A3 may be arbitrarily created and changed by the user. In this case, for example, by clicking a “code list creation button” (not shown) displayed on the user screen, the code creation screen can be displayed, and the user can select a code (for example, association between a number and an action type). By entering, a code list is created. The created code list is assigned an identifier and stored in a storage means such as a hard disk, and is appropriately displayed and referred to as a code list A3.

  The scatter diagram creating means 13 has a function of creating a scatter diagram A4. In the scatter diagram A4, the behavior information of the subject is plotted in a coordinate space in which one axis (here, the Y axis) is an action type and the other axis (here, the X axis) is an action time. The scatter diagram creation means 3 refers to the behavior information database DB12. If there is already stored behavior information, the scatter diagram creation means 3 plots the behavior information in the coordinate space of the scatter diagram A4. Each time the information is received, the action information is plotted in the coordinate space of the scatter diagram A4. In addition, although the action time of the scatter diagram A4 has been described by taking every hour as an example, it can be changed as appropriate, such as every 30 minutes, every 10 minutes, every hour, and every 2 hours.

  The scatter diagram output unit 14 has a function of outputting the scatter diagram A4 created by the scatter diagram generation unit 13. Each time the scatter diagram A4 is updated by the scatter diagram creation unit 13, the scatter diagram output unit 14 displays the updated scatter diagram A4 on the user screen.

  Note that a pie chart A5 representing the time ratio of action types is displayed on the user screen. The pie chart A5 displays the time occupied by each action type input to the action history table A1 in 24 hours.

<Usage>
Hereinafter, examples of usage modes of the action history system S1 will be described. Here, the person who performs the input is expressed as a user. However, the user may input the behavior information with self as a target person, or the user may input the behavior information with a third party as a target person.

  First, the user starts up the user screen of the action history system S1. FIG. 3 is a diagram showing an initial state of the user screen. On the user screen, an action history table A1, a calendar A2, a code list A3, a scatter diagram A4, and a pie chart A5 are displayed. At this time, the behavior history system S1 refers to the behavior information database DB12, and when behavior information has already been stored, the behavior information is displayed in the behavior history table A1, and the scatter diagram creation means 13 displays the behavior information database 13. The scatter diagram A4 is created with reference to the DB 12, and the scatter diagram output means 14 displays the scatter diagram A4 on the user screen.

  When the user finishes inputting the daily action information in the action history table A1, the user screen as shown in FIG. 2 is displayed. The user inputs behavior information in the behavior history table A1. For example, in the case of work from 9:00 to 15:00, the code “9” corresponding to the work is searched with reference to the code list A3, and “9 to 15:00” in the action history table A1 “ 9 ”is entered. As a result, the action type and action time, which are action information, are input. When the behavior information accepting unit 12 accepts the behavior information, the scatter diagram creating unit 13 creates a new scatter diagram by plotting the behavior information in the coordinate space of the scatter diagram A4, and the scatter diagram output unit 14 scatters the user screen. The diagram A4 is updated to a new scatter diagram A4. Every time action information is input to the action history table A1, the scatter diagram A4 is updated. The inputted behavior information is accumulated and stored in the behavior information database DB12.

  The user can intuitively grasp or review the behavior of the target person by looking at the scatter diagram A4. For example, since the markers are scattered from 16:00 to 24:00, it can be intuitively understood that the behavior is frequently switched and the time is calm. In particular, the marker tends to move up and down between “4” memory, which means housework, and non-housework memory. The behavior can be reviewed intuitively so that the efficiency of housework can be improved.

  The user clicks a desired date in the calendar A2 with a mouse or the like when displaying the action history table A1 and the scatter diagram A4 of other dates. When the action information of the date is accumulated and stored in the action information database DB12, the action information is displayed in the action history table A1 and the scatter diagram A4.

  In the pie chart A5, a pie chart representing the cumulative time ratio of each action type on the date is displayed. By viewing this pie chart, the user can know the accumulated time of each action type, and can also use it for reviewing actions.

[Second Embodiment]
The present embodiment is an example that is used by a plurality of user groups and that can input / output action histories of a plurality of subjects for each user group. FIG. 4 is a schematic block diagram functionally illustrating the action history system S2 according to the second embodiment of the present invention. The action history system S2 is realized by a computer system such as a server, and can be connected to the user terminal U via a network such as the Internet. Hereinafter, only points different from the above embodiment will be described, and common points will be omitted.

  The action history system S2 includes a registration unit 21, a behavior information receiving unit 22, a scatter diagram creating unit 23, and a scatter diagram output unit 24. An action history program is stored in the storage unit of the action history system S2, and the action history system S2 is realized by the action history program causing the computer to function as various means 21 to 24.

  The registration means 21 has a function of accepting prior registration such as user information. FIG. 5 is a diagram showing a registration screen displayed on the user terminal U. The registration screen includes a group ID input field a2 for receiving an input of a group ID and a target person identifier input field a3 for receiving a target person identifier that is an identifier of each target person. The input group ID and subject identifier are transmitted to the action history system S2 via the network. The registration means 21 receives and accepts the group ID and the subject identifier, and registers them in the user database DB 21 in association with each other.

  The behavior information accepting unit 22 uses, as behavior information, information including a subject identifier, a behavior type indicating the type of behavior taken by the subject, and a behavior time indicating a time when the behavior is taken. The function to receive the input of.

  Specifically, when the behavior information accepting unit 22 accepts a group ID input to the login screen (not shown) from the user terminal U, the behavior information accepting unit 22 refers to the user database DB 21 and is stored in association with the group ID. An identifier is acquired and action history table A1 is created. The action history table A1 is provided with an action input field a1 in which an action type can be input for each subject identifier. The created action history table A1 is displayed on the user screen. The initial date may be the current day or may be specified by the user. The behavior information input to the behavior history table A1 is transmitted to the behavior history system S2, and the behavior information reception unit 22 stores and stores the behavior information associated with the target person identifier, the behavior type, and the behavior time in the behavior information database DB22. Is done.

  The scatter diagram creating means 23 has a function of creating a scatter diagram A4 in the form of a line graph. Scatter chart A4 is a kind of scatter chart in which action information of each subject is stored in one coordinate space with one axis (here Y axis) as the action type and the other axis (here X axis) as the action time. It is shown in the form of a line graph. The action information of each subject is displayed in one coordinate space in a distinguishable state (here, in the form of a marker).

  The scatter diagram output unit 24 has a function of outputting the scatter diagram A4 created by the scatter diagram generation unit 23. On the user screen of the display of the user terminal U, a line graph in which the behavior information of each target person is plotted is displayed as a scatter diagram A4. The scatter diagram A4 can be displayed by clicking the “all” tab provided above the scatter diagram A4, and displaying a scatter diagram in which the action types of all the subjects are plotted in one coordinate space. Clicking on the tabs of “husband”, “wife” and “children” makes it possible to display a scatter diagram for each subject.

<Usage mode: Example 1>
Hereinafter, Example 1 of the usage mode of the action history system S2 will be described. Here, it is assumed that a family of three people uses a husband, wife, and child, and the case where the group ID is “Arakawa” and the target identifier is “husband”, “wife”, and “child” is described as an example. In the following, a person who performs input is expressed as a user, but each may input his / her own action information, or a representative (for example, a wife) may input action information of the entire family. In addition, the target person identifier is not limited to a family, and may be any friend or colleague, for example.

  First, the user performs pre-registration. The user accesses the action history system S2 from the user terminal U to display a registration screen (see FIG. 5), and displays “Arakawa” in the group ID input field a2 and “husband” “wife” “in the target person identifier input field a3. When “Children” is input and the registration button is clicked, the group ID and the subject identifier are transmitted to the action history system S2. In the action history system S2, the registration means 21 receives the group ID “Arakawa” and the target person identifiers “husband”, “wife”, and “children”, and registers them in the user database DB 21 in association with each other.

  After completing the pre-registration, the user records behavior information as appropriate. The user logs in by entering a group ID on a login screen (not shown). When the action history system S2 accepts a login with the group ID “Arakawa”, the action history system S2 refers to the user database DB21 and authenticates the group ID “Arakawa”. The action history system S2 generates a user screen dedicated to the group ID “Arakawa” and displays it on the user terminal U if the group ID “Arakawa” has already been registered as a user.

  FIG. 7 is an example of an initial state of the user screen according to the present embodiment. On the user screen, an action history table A1 having an action input field a1 for “husband”, “wife”, and “child”, a calendar A2, a code list A3, and a scatter diagram A4 are displayed. The behavior history table A1 is created by the behavior information receiving means 22 with reference to the user database DB1, and is displayed on the user screen. The scatter diagram A4 is created by the scatter diagram creation means 23 with reference to the behavior information database DB22, and the scatter diagram output means 4 displays the scatter diagram A4 on the user screen. At this time, the scatter diagram creating means 23 refers to the behavior information database DB 22 and plots the behavior information in the coordinate space of the scatter diagram A4 when the behavior information of each subject of the group ID “Arakawa” is stored. .

  The user inputs behavior information to the behavior history table A1 on the user screen. When the user finishes inputting the daily action information, the user screen as shown in FIG. 6 is displayed. For example, if the husband is a job from 8:00 to 18:00, the code list A3 is referred to, and “8” meaning “husband work” is input to the corresponding action input field a1 of the action history table A1. The input behavior information is transmitted to the behavior history system S21. When the behavior history system S2 receives the behavior information, the behavior history system S2 registers it in the behavior information database DB22, and the scatter diagram creating means 23 creates a new scatter diagram A4 by plotting the behavior information in the coordinate space of the scatter diagram A4. The scatter diagram output means 24 updates the scatter diagram A4 on the user screen to a new scatter diagram A4. In the scatter diagram A4, tabs “all members”, “husband”, “wife”, and “children” are displayed. By clicking these tabs, each scatter diagram can be displayed. Here, a case where the “all” tab is clicked and the behavior information of all members is plotted will be described as an example.

  On the user screen, a line graph in which the behavior information of each subject person is plotted is displayed as a scatter diagram A4. By viewing the scatter diagram A4, the user can intuitively grasp and review the behaviors of the target persons of the husband, wife, and child. For example, since the husband's marker is not plotted on the scale of “4” indicating “housework”, it can be intuitively understood that the husband does not participate in housework. Here, a portion where the same action type is plotted at the same action time for a plurality of target persons may be displayed by being shifted up and down so that the markers and broken lines of each target person do not overlap. Thereby, it becomes easy to see the graph, and grasping and reviewing can be performed more intuitively.

  In particular, from the scatter diagram A4, it is possible to intuitively understand and analyze the relationship between the husband, wife, and child subjects. For example, looking at the scale of “5”, which means parent-child time, there is an overlap between the wife and child markers, but there is no overlap between the father and child markers. However, the father and child markers are duplicated on the scale of “2” meaning meal, “3” meaning bath, and “6” meaning TV. You can intuitively find that you have touch.

  In particular, since the scatter diagram A4 is displayed as a line graph, the daily behavior of each subject is displayed as a flow, and it is easy to grasp and analyze the behavior considering the time factor. For example, on the scale of “2”, which means meals, the whole family line is gathered, so the whole family is having breakfast and dinner, and after breakfast, everyone's line is dispersed. Therefore, it can be intuitively understood that each action has been changed. In addition, since the lines are not gathered in parallel for a long time during the day, it can be intuitively understood that each subject is taking different actions. In this way, the scatter diagram A4 makes it possible to intuitively grasp the family gathering and the discrete state. In addition, looking at the line of “wife”, the horizontal line continues during the day, and it can be seen that it is a time zone where you can work calmly. After returning home (16:00) and before sleeping (23:00) Since there are many slope lines, it can be seen that this is a calm time zone in which actions frequently change. On the other hand, since the line of “husband” is parallel with a memory of “10” representing a hobby, it is intuitively possible that the husband has time to relax and enjoy the hobby before sleeping.

  In the pie chart A5, a pie chart representing the cumulative time ratio of the daily action types is displayed for each target person. The user can display the pie chart of a desired subject by clicking the tab of each subject (here, “husband”, “wife”, “child”) in the column of the pie chart A5. Note that the order of the columns of each target person in the action history table A1, the order of the tabs of each target person in the scatter chart A4, and the order of the tabs of each target person in the pie chart A5 are drag-and-drop with the mouse. It may be changed as appropriate by operation or the like.

<Usage mode: Example 2>
Hereinafter, the usage example 2 of the action history system S2 will be described. This example is a usage example when the behavior of one central person A is targeted, such as behavior analysis of a person such as withdrawal, and the contact of the central person A and the contact with the central person A A case where a person's action is targeted will be described as an example. The user is a central person himself / herself, a clinical psychologist, a doctor, or the like, and the group ID is “related to central person A”, the target person identifiers are “central person A”, “contact person 1”, “contact person 2”,. The user inputs the behavior of the central person A and the contact person.

  First, in order to perform initial registration, the user inputs the group ID “related to central person A” and the target person identifier “central person A” on the registration screen (see FIG. 5). This information is registered in the user database DB21. When there are two contacts who have contacted the central person A, the target person identifiers “contact person 1” and “contact person 2” are registered on the registration screen.

  Thereafter, the user inputs the group ID “related to central person A” on the login screen (not shown) from the user terminal U, logs in, and displays the user screen. FIG. 8 is an example of a user screen. The action history table A1 is provided with action input fields a1 for the target person identifiers “central person A” and “contact person 1” and “contact person 2”, and the user inputs the action type in this action input field a1. When the number of persons who contact the central person increases, additional registration is made with contact 3, contact 4,... On the registration screen, and contact 3, contact 4, and so on displayed in the action history table A 1.・ Enter the action type in the action input field a1. The contact person's action is input only when the person contacts the central person.

  In the scatter diagram A4, the daily behavior of the central person A is displayed, and the behavior of the contact person is displayed only when the central person A contacts. From the scatter diagram A4, it is possible to intuitively grasp and analyze the relationship with the other person of the central person A. For example, when there is little overlap between the marker of the central person and the contact person, it is possible to intuitively understand that the central person has withdrawn, so that the relationship with the other person can be grasped sensuously from the way the markers overlap. Here, the central person A spends most of the time alone because there is little overlap of the markers with the contact person, and has contact with the two persons due to the overlap of the markers between the contact person 1 and the contact person 2. Can understand intuitively. In addition, since there is an overlap of markers for the action type “meal”, it can be seen that the meal is accompanied by another person. In this way, it is possible to sensuously and intuitively understand and analyze the relationship with the other person of the central person, which can be used for treatment and life guidance.

[Third embodiment]
FIG. 9 is a schematic block diagram for explaining the action history system S3 of the present embodiment. The action history system S3 includes a first notification means 31 and a second notification means 32 in addition to the action history system S2 of the above embodiment. Note that the same elements as those of the above-described embodiment are denoted by the same reference numerals and description thereof is omitted.

  The first notification means 31 refers to the behavior information of each target person, and performs a predetermined notification when the action types of a plurality of target persons are the same at the same action time. FIG. 10 is an example of a user screen according to the present embodiment. Here, the first notification means 31 refers to the behavior information database DB22 and displays an arrow mark a4 indicating the marker when the behavior types of all the target persons are the same at the same time. The location indicated by the arrow mark a4 indicates that a plurality of subjects acted the same at the same time, and it is highly possible that these subjects acted together and touched each other. For example, the first notification means 31 has an arrow indicating that the action type of all the target persons is “meal” at the same action time “7:00 to 8:00” and “19:00 to 20:00”. A mark a4 is displayed. The arrow mark a4 may be displayed at a position of “7:00 to 8:00” and “19:00 to 20:00” in the action history table A1. The arrow mark a4 may be a mark indicating a good state such as a smile mark.

  The user can be aware of the relationship with others by viewing the notification from the first notification means 31. For example, when there are few arrow marks a4, it feels that there is little contact with the family, so that the family has a conscious time to touch, or when the arrow mark is sufficiently displayed, it tries to maintain the current contact time. it can.

  Note that it is up to the user to determine which target person's action type is the same, which action type is to be notified, the target person, the action type, and their combination. Setting may be made on a setting screen (not shown). For example, notification is given when the action types of two people, “husband” and “wife”, coincide with each other at the same time, or only when half of all target persons are available for the action type “meal”. You may set it like going. Here, notification is made when the action types of all the target persons are the same, and the action type “sleep” is set to be excluded from the notification target.

  The second notification unit 32 includes a notification unit that calculates a cumulative time of a predetermined action type for each target person and performs a predetermined notification when the cumulative time satisfies a predetermined condition. Here, a condition input field a5 for inputting a condition is provided in the code list A3, and when the user inputs a notification condition (such as “above threshold value” or “below threshold value”) in the desired action type field, The notification condition is transmitted to the action history system S3. The action history system S3 stores the notification condition in the user database DB 21 in association with the action type. When the second notification means 32 detects an input to the action history table A1 by the user, the notification condition is set in the predetermined action type (that is, the condition input field a5) for each target person with reference to the action information database DB22. The total time of the action type) is calculated, and if the notification condition stored in the user database DB 21 is met, a predetermined notification such as a message is performed.

  For example, when the user inputs “2 hours or more” in the condition input field a5 of the TV of the code list A3, the action history system S3 associates the action type “TV” with the notification condition “2 hours or more”, and the user database DB21. As group ID “Arakawa” information. The second notification means 32 calculates the cumulative time of the action type “TV” for each target person identifier each time a code is input to the action history table A1. The action type “TV” of the target person identifier “child” at the timing when the code “6” meaning TV is input to the action input field a1 of the target person identifier “child” at the action time “21:00 to 22:00”. Since the total time is 2 hours, the second notification means 32 displays “6” representing the action type “TV” of the target person identifier “child” in the action history table A1 in a colored manner, and displays the notification display field a6. A message to call attention “<Caution> Child: More than 2 hours on TV” is displayed. In addition, a mark a11 (in this case, an asterisk) that calls attention may be displayed together with an arrow indicating the corresponding marker. The message or mark may be arbitrarily set by the user on a setting screen (not shown).

  This allows the user to be notified of the cumulative time of each action type, for example, over watching TV, lack of reading time, achievement of study time goals, overrun prohibition items, achievement of goals, etc. , Can review the behavior. In the present embodiment, the notification condition can be set for each group ID, but may be set for each subject identifier.

[Fourth embodiment]
FIG. 11 is a schematic block diagram illustrating the behavior biological history system S10 of the present embodiment. The behavior biological history system S10 includes a biological information acquisition device S4 and an behavior history system S5. The biological information acquisition device S4 and the action history system S5 can communicate with each other via a network. Note that the same elements as those of the above-described embodiment are denoted by the same reference numerals and description thereof is omitted. In this embodiment, since it is assumed that an unspecified number of people are used via a network, the measurement device serial number, the measurer identifier, and the subject identifier are used. Does not require a measuring device serial number, a measurer identifier, or a subject identifier.

  The biological information acquisition device S4 has a function capable of acquiring biological information, such as a blood pressure measurement device and a weight measurement device, and incorporates a microcomputer. The biological information acquisition device S4 may be a blood pressure monitor or a weight scale, or may obtain any biological information such as body fat, heart rate, blood glucose level, etc. Here, a weight scale will be described as an example. This biological information acquisition device S4 includes a measurer identifier receiving means 41, a measurement means 42, a measurement time specifying means 43, and a biological information transmission means 44, which are realized by a microcomputer or the like built in the biological information acquisition device S4. Has been.

  The measurer identifier receiving means 41 has a function of receiving a measurer identifier that can specify a measurer. For example, the measurer identifier accepting unit 41 operates an operation button provided on the main body of the biological information acquisition apparatus S4, and enables a desired identifier to be selected from the measurer identifiers displayed on the monitor also provided on the main body. . This selection of the measurer identifier is performed for each measurement in order to determine which subject is to be measured. The measurer identifier may be set in the biological information acquisition device S4 such as “No. 1, No. 2, No. 3,” or may be arbitrarily registered by the user. Further, as in the first embodiment, in the case of a system for one person, the identifier is not required, so the measurer identifier receiving means 41 is not necessary.

  The measuring means 42 has a function of acquiring biological information by measuring a biological body. For example, when the biometric information is body weight, the measurer gets on the main body of the biometric information acquisition device S4 to detect the load applied to the main body of the biometric information acquisition device S4, and the value from the detector is digital. A converter for converting to data and a temporary storage unit for temporarily storing the measurement value converted to digital data are provided.

  The measurement time specifying unit 43 has a function of specifying the measurement time by the measuring unit 42. For example, a clock is built in the main body of the biological information acquisition device S4, and the measurement time specifying unit 43 acquires the time indicated by the clock simultaneously with the measurement unit 42 confirming the measurement value, and the acquired measurement time is obtained. Store in the temporary storage.

  The biometric information transmitting unit 44 has a function of transmitting the measurer identifier received by the measurer identifier receiving unit 41, the biometric information acquired by the measuring unit 42, and the measurement time specified by the measurement time specifying unit 43 in association with each other. Prepare.

  Next, the action history system S5 will be described. The action history system S5 includes correspondence information receiving means 51, biological information receiving means 53, and biological information output means 54 in addition to the various means of the above embodiment.

  The correspondence information accepting unit 51 has a function of accepting correspondence between the measurer identifier and the subject identifier. In the present embodiment, as shown in FIG. 12, the biometric information acquisition device serial number input field a7 for inputting the serial number of the biological information acquisition device S4 on the registration screen and the measurer number corresponding to each subject identifier are displayed. A measurer number input field a8 for input is provided. The combination of the measurement device serial number and the measurer number is a measurer identifier that can uniquely identify the measurer. In other words, the measurement device serial number is registered for each group ID, and the measurement number is registered for each subject identifier, whereby the measurer identifier and the subject identifier can be uniquely associated. Note that in the case of a system for one person as in the above embodiment, the measurer identifier and the subject identifier are not used, so the correspondence information receiving means 51 is not necessary.

  The received correspondence information is stored in a storage unit such as a hard disk or a memory by the storage means. Here, referring to the user database DB21, the biometric information acquisition device serial number is registered in association with the group ID, and the measurer identifier is registered in association with the subject identifier in the group ID.

  The biometric information receiving unit 52 has a function of receiving the biometric information, the measurer identifier, and the measurement time transmitted by the biometric information transmitting unit 44 of the biometric information acquisition device S4. The received biological information, the measurer identifier, and the measurement time are stored in association with each other. Here, the biometric information receiving unit 53 refers to the user database DB21 to detect a target person identifier corresponding to the received measurer identifier, and refers to the behavior information database DB22 to perform an action corresponding to the target person identifier. Information is detected, and the biological information and measurement time are associated with the behavior information and stored in the storage unit.

  When the biometric information receiving unit 52 receives the biometric information, the measurer identifier, and the measurement time, the biometric information output unit 53 associates the biometric information output unit 53 with the action information of the subject identifier associated with the measurer identifier in the scatter diagram A4. A function of outputting biological information and measurement time is provided. FIG. 13 is an example of a user screen on which biometric information and measurement time are output. The biological information a9 and the measurement time a10 are output in association with the behavior information in the scatter diagram A4. Although the measurement time may be displayed as a number, in this embodiment, the measurement time is displayed by an instruction line indicating a position corresponding to the measurement time on the line. Thereby, the history of biological information is displayed together with the behavior history, and the user can intuitively find the relationship between the behavior and the biological information. For example, it can be used for health management such as diet and blood pressure management.

<Usage>
Next, a usage mode of the behavior biological history system S10 of the present embodiment will be described. In this case, the wife measures and records the body weight, and the weight scale, which is a biological information acquisition device, is given the biological information acquisition device serial number “ABC”, and the measurer number is the operation of the weight scale. The buttons 1 to 10 can be selected, and a case where the weight is measured at 7:30 and the weight is 44.5 kg will be described as an example. FIG. 14 is an example of a registration screen. The user displays a registration screen for the group ID “Arakawa” for pre-registration. A biometric information acquisition apparatus serial number input field a7 and a measurer number input field a8 are displayed on the registration screen. On the registration screen, the user inputs “ABC” in the biometric information acquisition apparatus serial number input field a7, inputs “1” in the measurer number input field a8 corresponding to the subject identifier “wife”, and the registration button. Click. The correspondence information receiving means 51 refers to the user database DB21, registers the biometric information acquisition device serial number “ABC” in association with the group ID “Arakawa”, and associates the measurer number “in association with the subject identifier“ wife ”. 1 ”is registered.

  Next, a wife who is a measurer measures body weight as biometric information. An operation button is provided as the measurer identifier receiving means 41 in the weight scale which is the biological information acquisition device S4. The measurer operates the operation button to select the measurer number “1” and gets on the main body of the biological information acquisition device S4. The measuring means 42 measures the body weight, the measuring time specifying means 43 specifies the measuring time, the biometric information transmitting means 44 uses the biometric information “44.5 kg”, the measuring time “7:30”, and the measurer number “1”. And the measurement device serial number “ABC” are transmitted in association with each other.

  When the biometric information receiving means 52 receives the biometric information “44.5 kg”, the measurement time “7:30”, the measurer number “1”, and the biometric information acquisition device serial number “ABC”, the action history system S5 Referring to the database DB21, the group ID “Arakawa” corresponding to the biometric information acquisition device serial number “ABC” and the subject identifier “wife” corresponding to the measurer identifier “1” are detected, and the subject identifier “ The measurement time “7:30” and the biological information “44.5 kg” are stored in the storage unit in association with the wife.

  The biometric information output means 53 outputs the biometric information “44.5 kg” and the measurement time “7:30” in association with the action information of the subject identifier “wife” in the scatter diagram A4. FIG. 13 shows an example of a user screen in a state where biometric information is output. Here, the biological information “wife: 44.5 kg” is displayed together with an arrow indicating a position corresponding to “7:30” in the line of the subject identifier “wife”. In other words, through the series of processes, when the wife who is the measurer measures the weight, the biological information is automatically displayed on the user screen.

  In this embodiment, since the action information can be input in units of one hour, for example, if the measurement time is “7:30”, “7 o'clock to 8 o'clock” is in units of one hour. It is converted and displayed. In addition, in order to display strictly up to the value of “minute”, the arrow indicating the time may be pointed to the line between the markers, and the measurement time is displayed numerically in the biometric information display field. It may be output in any way.

  Thereby, the user can grasp | ascertain intuitively and analyze the relationship of a behavior and the change of biometric information. For example, if you are on a diet, find the relationship between changes in body weight and behavior, refrain from behaviors that lead to weight gain, actively incorporate behaviors that lead to weight loss, Review can be done.

  Note that the measuring device is not limited to a weight scale, and may be any device that can acquire biological information by measuring a living body, such as a blood pressure measuring device, a body fat measuring device, a heart rate measuring device, or the like. For example, in the case of a blood pressure measurement device, it is possible to intuitively understand and analyze the relationship between behavior and blood pressure, so that people with high blood pressure can find behavior that causes an increase in blood pressure and avoid that behavior. Measures such as taking medicine in advance can be taken.

  Moreover, although the action history system and action history program of each said embodiment have demonstrated as an example the case where one computer is functioned as various means, you may implement | achieve a part on the user terminal side. For example, in the form of accessing the web server from the web browser of the user terminal, the web program may be configured so that the web server functions as a part of various means and the user terminal functions as another means. good. As an example, a program corresponding to the scatter diagram creation means 3 and 23 and the scatter diagram output means 4 and 24 in the Web program is used as a program that operates on the Web browser of the user terminal or a rich Internet application program. The user terminal may function as the scatter diagram creation means 3, 23 and the scatter diagram output means 4, 24. In this case, when an action history is input to the user screen, a scatter diagram is created by the scatter diagram creation means 3 and 23 and the scatter diagram output means 4 and 24 realized by the user terminal, and the scatter diagram is displayed on the user screen. Is displayed. In this case, the input behavior information is transmitted to the behavior history system at a predetermined timing and registered in the behavior information databases DB2 and 22. Similarly, a program corresponding to the first notification unit 31 or the second notification unit 32 may be a program that operates on the user terminal, and the user terminal may function as each of the notification units 31 and 32. As described above, whether the various means of the action history system are realized on the server side or on the client side may be distributed as necessary, and is not limited thereto.

  As described above, according to the present invention, since the behavior for each subject is displayed as a scatter diagram, the user can intuitively grasp and review the behavior of the subject by viewing this scatter diagram. In particular, by using a line graph, the lines of the line graph represent the behavior as a series of flows, so that it is easy to intuitively grasp and analyze the behavior taking into account time elements.

  In addition, this invention is not limited to the said embodiment, In the range of invention, it can change suitably.

S1, S2, S3, S5 Behavior history system S4 Biological information acquisition device S10 Behavior biological history system U User terminal 21 Registration means 12, 22 Behavior information reception means 13, 23 Scatter chart creation means 14, 24 Scatter chart output means 31 1st Notification means 32 Second notification means 41 Measurer identifier reception means 42 Measurement means 43 Measurement time identification means 44 Biological information transmission means 51 Corresponding information reception means 52 Biometric information reception means 53 Biological information output means DB21 User databases DB12 and DB22 Behavior Information database A1 Action history table A2 Calendar A3 Code list A4 Scatter chart A5 Pie chart a1 Action input field a2 Group ID input field a3 Target identifier input field a4 Arrow mark a5 Threshold value input field a6 Notification display field a7 Biometric information acquisition device serial number Input field a8 Enter the measurer number Column a9 biological information a10 measurement time (indication line)
a11 Caution mark

Claims (10)

It is an action history system that displays the action history of the target person,
Action information accepting means capable of accepting input of the action information of the subject using action information indicating at least the action type indicating the kind of action taken by the subject and the action time indicating the time when the action was taken. When,
A scatter diagram creating means for creating a scatter diagram in which the behavior information received by the behavior information receiving means is plotted in a coordinate space in which one axis is the action type and the other axis is an action time;
A behavior history system comprising: a scatter diagram output means for outputting a scatter diagram created by the scatter diagram creation means. The behavior information accepting means can accept input of behavior information of a plurality of subjects,
2. The scatter diagram creating means plots the behavior information of a plurality of subjects received by the behavior information accepting means in one coordinate space in a state that can be distinguished for each subject. Action history system.   3. The information processing apparatus according to claim 1, further comprising: a notification unit that refers to the behavior information of each target person and performs a predetermined notification when the action types of the plurality of target persons are the same at the same action time. Action history system.   4. The action history system according to claim 1, wherein the scatter diagram is a line graph.   5. The information processing apparatus according to claim 1, further comprising a notification unit that calculates a cumulative time of a predetermined action type for each target person and performs a predetermined notification when the cumulative time satisfies a predetermined condition. The action history system according to claim 1. A behavior history system according to any one of claims 1 to 5, and a biological information acquisition device capable of acquiring biological information such as weight and blood pressure, the behavior history system and the biological information acquisition device, Can communicate,
The biological information acquisition device includes a measuring unit capable of acquiring the subject's biological information by measuring the subject's biological body, a measurement time specifying unit capable of specifying a measurement time by the measuring unit, and at least the measurement Biometric information transmitting means for transmitting the biometric information acquired by the means in association with the measurement time specified by the measurement time specifying means,
The behavior history system includes at least biometric information receiving means for receiving the biometric information and measurement time of the subject transmitted by the biometric information transmitting means, and biometric information and measurement time received by the biometric information receiving means. A behavior biological history system comprising: biological information output means for outputting in association with behavior information of the subject in the scatter diagram. A biological information acquisition device used in the behavior biological history system according to claim 6,
Measuring means capable of acquiring the subject's biological information by measuring the subject's living body, measurement time specifying means capable of specifying the measurement time by the measuring means, and biological information acquired by the measuring means And biometric information transmitting means for transmitting the measurement time specified by the measurement time specifying means in association with each other. An action history system used in the action biological history system according to claim 6,
The living body information receiving means for receiving the living body information and the measurement time of the subject transmitted by the living body information transmitting means of the living body information acquiring apparatus, and the spreading of the living body information and the measuring time received by the living body information receiving means. A behavior history system comprising: biological information output means for outputting in association with the behavior information of the target person in the figure. An action history program for causing a computer to function as an action history system that displays an action history of a target person,
Action information accepting means capable of accepting input of the action information of the subject using action information indicating at least the action type indicating the kind of action taken by the subject and the action time indicating the time when the action was taken. When,
A scatter diagram creating means for creating a scatter diagram in which the behavior information received by the behavior information receiving means is plotted in a coordinate space in which one axis is the action type and the other axis is an action time;
As a scatter diagram output means for outputting the scatter diagram created by the scatter diagram creation means,
An action history program characterized by causing a computer to function. An action history program for causing a computer to function as the action history system according to claim 8,
Action information accepting means capable of accepting input of the action information of the subject using action information indicating at least the action type indicating the kind of action taken by the subject and the action time indicating the time when the action was taken. When,
A scatter diagram creating means for creating a scatter diagram in which the behavior information received by the behavior information receiving means is plotted in a coordinate space in which one axis is the action type and the other axis is an action time;
A scatter diagram output means for outputting a scatter diagram created by the scatter diagram creation means;
The living body information receiving means for receiving the living body information and the measurement time of the subject transmitted by the living body information transmitting means of the living body information acquiring apparatus, and the spreading of the living body information and the measuring time received by the living body information receiving means. As biological information output means for outputting in association with the behavior information of the subject in the figure,
An action history program characterized by causing a computer to function.

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