JP2021137240A - Menstruation information management device, menstruation information management program, and menstruation information management method - Google Patents

Abstract

To provide a menstruation information management device, a menstruation information management program, and a menstruation information management method, capable of easily managing menstruation information and continuously managing the menstruation information.SOLUTION: A menstruation information management device comprises: a display unit (14); a prediction display unit (111) for making a menstruation management screen (100) including a predicted menstruation start date (101), a predicted menstruation termination date (102), and a start input operation unit (103) be displayed on the display unit (14); and a display change unit that when the start input operation unit (103) is operated on the menstruation management screen (100), makes a registered menstruation start date (105) registered by operation of the start input operation unit (103) be displayed instead of the predicted menstruation start date (101). Color of the predicted menstruation start date (101) differs from color of the registered menstruation start date (105). Color of the predicted menstruation termination date (102) before operation of the start input operation unit (103) differs from color of the predicted menstruation termination date (102) after the operation of the start input operation unit (103).SELECTED DRAWING: Figure 3

Description

The present invention relates to a physiological information management device, a physiological information management program, and a physiological information management method.

Traditionally, there are many ways to manage information about women's physiology (menstruation). For example, it is known to record menstruation using a menstruation management device such as Patent Document 1.

JP 2000-181874

However, with the physiology management device described in Patent Document 1, a physiology information management device capable of easily registering necessary items such as being unable to manage the period from the start of physiology to the end of physiology and continuously managing them is desired. ing.

The present invention has been made in view of the above-mentioned conventional problems, and an object of the present invention is a physiological information management device capable of easily managing physiological information and continuously managing physiological information. , Physiological information management program, and physiological information management method.

The main invention for achieving the above object is a display unit, a predictive display unit for displaying a physiological management screen including a predicted physiology start date, a predicted physiology end date, and a start input operation unit on the display unit, and the physiological management. When the start input operation unit is operated on the screen, it has a display change unit that displays the registered menstruation start date registered by the operation of the start input operation unit instead of the predicted menstruation start date. , The color of the predicted menstruation start date and the color of the registered menstruation start date are different, the color of the predicted menstruation end date before the operation of the start input operation unit, and the prediction after the operation of the start input operation unit. It is a menstrual information management device characterized in that the color of the end date of menstruation is different.
Other features of the present invention will be clarified by the description in the present specification and the accompanying drawings.

According to the present invention, it becomes easy for the operator to recognize the operation unit of the item to be operated and the operation unit of the operated item, so that the operation becomes easy and the management of the menstrual day becomes easy to continue. ..

It is a block diagram which shows the functional structure of terminal 1. It is a figure explaining the flow of physiological information management. It is a figure explaining the physiological management screen 100 before the operation of the start input operation unit 103. It is a figure explaining the date selection screen 300 after the operation of the start input operation part 103. It is a figure explaining the physiological management screen 100 after the operation of the start input operation part 103. It is a figure explaining the physiological management screen 100 after the operation of the start input operation part 103. It is a figure explaining the physiological management screen 100 before the operation of the end input operation unit 104. It is a figure explaining the date selection screen 300 after the operation of the end input operation unit 104. It is a figure explaining the physiological management screen 100 after the operation of the end input operation unit 104.

The description of this specification and the accompanying drawings will clarify at least the following matters.
The display unit, the predicted display unit that displays the predicted menstruation start date, the predicted menstruation end date, and the menstruation management screen including the start input operation unit on the display unit, and the start input operation unit operates on the menstruation management screen. Then, instead of the predicted menstruation start date, a display changing unit for displaying the registered menstruation start date registered by the operation of the start input operation unit is provided, and the color of the predicted menstruation start date and the said The feature is that the color of the registered menstruation start date is different from the color of the predicted menstruation end date before the operation of the start input operation unit and the color of the predicted menstruation end date after the operation of the start input operation unit. It is a physiological information management device.

According to such a menstrual information management device, it becomes easier for the operator to recognize the operation unit of the item to be operated and the operation unit of the operated item, so that the operation becomes easier and the menstrual day can be managed. It becomes easier to continue.

In such a physiological information management device, it is desirable that the start input operation unit is not displayed after the operation of the start input operation unit.

According to such a physiological information management device, it is possible to prevent the operator from accidentally operating the start input operation unit again.

In such a physiology information management device, when the start input operation unit is operated on the physiology management screen, the display change unit changes the predicted physiology end date according to the registered physiology start date. Is desirable.

According to such a menstrual information management device, the operator can know a more accurate predicted menstrual end date, so that the menstrual date can be managed more easily.

In such a physiological information management device, the prediction display unit displays an end input operation unit on the physiological management screen, and before the operation of the start input operation unit, the start input operation is performed on the physiological management screen. The unit and the end input operation unit can be operated, and after the start input operation unit is operated, the end input operation unit can be operated on the physiological management screen, and the start input operation unit can be operated. It is desirable that the color of the previous end input operation unit is different from the color of the end input operation unit after the operation of the start input operation unit.

According to such a physiological information management device, it becomes easy for the operator to recognize the operation unit to be operated.

In such a physiological information management device, the predictive display unit displays an end input operation unit on the physiological management screen, and the start input operation unit and the end input operation unit are displayed before the operation of the start input operation unit. It is desirable that the colors of are different.

According to such a physiological information management device, it becomes easy for the operator to recognize the operation unit to be input before the operation of the start input operation unit, so that it becomes easy to continue the management of the menstrual day.

In such a physiology information management device, the prediction display unit displays an end input operation unit on the physiology management screen, and when the end input operation unit is operated, the display change unit displays the registered physiology. Instead of the start date and the predicted menstruation end date, the next predicted menstruation start date and the next predicted menstruation end date calculated based on at least the registered menstruation start date and the registered menstruation end date registered by the operation of the end input operation unit. It is desirable to display the start input operation unit and the end input operation unit on the day.

According to such a physiological information management device, after operating the end input operation unit, the operator can be made to recognize the next predicted menstruation start date and the next menstruation end date, and can input the next menstruation date information. It can be in a state where it can be done.

In such a physiology information management device, it is desirable that the display changing unit displays the number of days from the registered physiology start date on the physiology management screen after the operation of the start input operation unit.

According to such a menstrual information management device, it becomes easy for the operator to grasp the number of days elapsed from the actual start date of menstruation.

In such a menstruation information management device, it is desirable that the prediction display unit displays the past menstruation start date and the past menstruation end date on the menstruation management screen.

According to such a menstruation information management device, the operator can confirm not only the predicted menstruation start date and the predicted menstruation end date but also the past menstruation start date and the past menstruation end date on the menstruation management screen. Because it can be done, it becomes easier to grasp the menstrual information and it becomes easier to continue the management of the menstrual day.

Display and
A predictive display unit that displays a physiological management screen including a predicted menstrual start date, a predicted menstrual end date, and a start input operation unit on the display unit.
When the start input operation unit is operated on the menstruation management screen, a display change unit that displays the date on which the start input operation unit was operated instead of the predicted menstruation start date, and a display change unit.
It is a physiological information management device characterized by having.

With such a menstruation information management device, it is possible to easily confirm the predicted menstruation start date and the predicted menstruation end date and input the actual menstruation start date on the menstruation management screen, so that the menstruation date can be managed. Will be easier to continue.

Predictive display processing for displaying a predicted menstruation start date, a predicted menstruation end date, and a menstruation management screen including a start input operation unit on the display unit on a computer provided with a display unit, and the start input on the menstruation management screen. When the operation unit is operated, instead of the predicted menstruation start date, a display change process for displaying the registered menstruation start date registered by the operation of the start input operation unit is executed, and the start input operation unit The color of the predicted menstruation start date before the operation and the color of the registered menstruation start date are different, and the color of the predicted menstruation end date before the operation of the start input operation unit and the color after the operation of the start input operation unit It is a physiological information management program characterized by different colors of the predicted end date of menstruation.

According to such a menstrual information management program, it becomes easier for the operator to recognize the operation unit of the item to be operated and the operation unit of the operated item, which facilitates the operation and manages the menstrual day. It becomes easier to continue.

When the predicted display step for displaying the predicted menstruation start date, the predicted menstruation end date, and the menstruation management screen including the start input operation unit on the display unit of the computer, and the start input operation unit are operated on the menstruation management screen. , The display change step for displaying the registered menstruation start date registered by the operation of the start input operation unit instead of the predicted menstruation start date, and the predicted menstruation start before the operation of the start input operation unit. The color of the day and the color of the registered menstruation start date are different, and the color of the predicted menstruation end date before the operation of the start input operation unit and the color of the predicted menstruation end date after the operation of the start input operation unit are different. It is a physiological information management method characterized by being different.

According to such a menstrual information management method, it becomes easier for the operator to recognize the operation unit of the item to be operated and the operation unit of the operated item, so that the operation becomes easier and the menstrual day can be managed. It becomes easier to continue.

=== This embodiment ===
<Terminal 1>
The terminal (computer) 1 performs various processes and displays the result on the display unit 14. The terminal 1 is, for example, a smartphone or a tablet terminal. The terminal 1 executes various processes (described later) related to physiological information management (menstrual information management) by executing the downloaded program.

FIG. 1 is a block diagram showing a functional configuration of the terminal 1. The terminal 1 of the present embodiment has a control unit 11, a storage unit 12, an input unit 13, a display unit 14, and a communication unit 15.

The control unit 11 transfers data between each unit and controls the entire terminal, and is realized by the CPU (Central Processing Unit) executing a program stored in a predetermined memory. The control unit 11 has a prediction display unit 111, a date selection unit 112, a display change unit 113, and a prediction calculation unit 114.

The prediction display unit 111 performs a process of displaying the physiology management screen including the prediction physiology start date 101, the prediction physiology end date 102, the start input operation unit 103, and the end input operation unit 104 on the display unit 14. The date selection unit 112 displays the date selection screen 300 on the display unit 14, accepts the date selection, and performs the registration process. The display changing unit 113 changes the predicted menstruation start date 101, the registered menstruation start date 105, the predicted menstruation end date 102, and the like. The prediction calculation unit 114 performs the prediction calculation processing of the next predicted menstruation start date 101n and the next predicted menstruation end date 102n.

The storage unit 12 stores physiological information and the like input in the past. The input unit 13 is input by the operator of the terminal 1, and is realized by tapping the touch panel. The display unit 14 is a so-called screen that displays various information based on a command from the control unit 11. The communication unit 15 has a function as a transmission / reception unit for transmitting / receiving programs and image data.

The information stored in the storage unit 12 is stored not in the storage unit 12 of the terminal 1 but in another device (for example, an information processing device such as a server) connected to the terminal 1 by a wired or wireless network. You may. When the program of the terminal 1 uses the information stored in the other device, the terminal 1 is connected to the other device via the communication unit 15, and the terminal 1 requests the information to be used via the communication unit 15. Information can be obtained from other devices by transmitting to the device of.

<Physiological information management method>
Hereinafter, the flow of the physiological information management method will be described with reference to the drawings. FIG. 2 is a diagram illustrating a flow of physiological information management. The physiological information management method of the present embodiment is performed using the physiological information management method program (hereinafter, also referred to as “program”) of the terminal 1. The user of the program is an operator of the terminal 1 (hereinafter, also referred to as an "operator"), and will be described as a target person of physiological information, but the present invention is not limited to this. For example, the "operator" may be a guardian or the like of the target person of the physiological information.

<< Initial screen >>
First, when the program is started on the terminal 1 (S10), the control unit 11 causes the display unit 14 to display the physiological management screen 100 shown in FIG. 3 as the screen at the time of starting the program (S11). FIG. 3 is a diagram illustrating a physiological management screen 100 before a tap operation (hereinafter, simply referred to as “operation”) of the start input operation unit 103. Specifically, as shown in FIG. 3, the prediction display unit 111 operates the prediction menstruation start date 101, the prediction menstruation end date 102, the start input operation unit 103, the end input operation unit 104, and the terminal 1. The display unit 14 displays the physiology management screen 100 including the date 110 indicating the day and the past record 200. The day when the physiological management screen 100 shown in FIG. 3 is displayed is December 8.

The predicted menstruation start date 101 and the predicted menstruation end date 102 are the predicted menstruation start date and the predicted menstruation end date calculated based on the menstrual records stored in the storage unit 12, respectively. The menstrual record stored in the storage unit 12 includes the past menstruation start date and the past menstruation end date registered by the operation of each operation unit 103, 104, 106, etc. in the past, and the past input in advance by the operator. Menstruation start date, menstruation end date, or menstrual cycle. In the past record 200, the start date, end date, and menstrual cycle of the most recent three times of the past records stored in the storage unit 12 are displayed. Since the operator can see the past record 200 including the past menstruation start date and the past menstruation end date displayed together with the predicted menstruation start date 101 and the predicted menstruation end date 102 on the menstruation management screen 100. Information on menstrual days including past menstrual start dates and past menstrual end dates can be easily grasped, and it becomes easier to continue managing menstrual days.

As shown in FIG. 3, it is preferable that the color of the start input operation unit 103 and the color of the end input operation unit 104 are different before the operation of the start input operation unit 103. In FIG. 3, the color of the start input operation unit 103 is dark red, and the color of the end input operation unit 104 is white. By setting the color of the start input operation unit 103 and the color of the end input operation unit 104 to be different colors, it is possible to reduce erroneous operations by the operator. In particular, before the operation of the start input operation unit 103, it is common to first operate the start input operation unit 103, so that the color of the start input operation unit 103 should be darker than the color of the end input operation unit 104. Therefore, it becomes easy to draw attention to the start input operation unit 103, and it becomes easy to prompt the operation of the start input operation unit 103. This facilitates the operation of the program and facilitates the continuation of menstrual day management.

Similarly, before the operation of the start input operation unit 103, the display color of the predicted menstruation start date 101 and the display color of the predicted menstruation end date 102 are different. In FIG. 3, the color of the display of the predicted menstruation start date 101 is dark dark blue, and the color of the predicted menstruation end date 102 is light red. By making the display of the predicted menstruation start date 101 and the display of the predicted menstruation end date 102 different colors, it becomes easy to be aware of the difference between the predicted menstruation start date 101 and the predicted menstruation end date 102. In particular, by making the predicted menstruation start date 101 a dark color, it is possible to make the predicted menstruation start date 101 more conscious.

On the physiological management screen 100 at the time of program activation shown in FIG. 3, the start input operation unit 103 and the end input operation unit 104 can be operated. The main operation flow of the program is to operate the start input operation unit 103 on the day when menstruation starts, register the start date of menstruation, and operate the end input operation unit 104 on the day when menstruation ends at a later date. And enter the end date of your period. The flow of this main operation will be described below. In the following description, the menstrual period of the operator at the time of operating the program, which is calculated from the menstrual record registered in the storage unit 12 in advance, is 7 days, and the menstrual cycle is 28 days.

<< Operation of start input operation unit 103 >>
First, when the start input operation unit 103 is operated by the operator (YES in S121), the date selection unit 112 causes the display unit 14 to display the date selection screen 300 shown in FIG. 4 (S13). FIG. 4 is a diagram illustrating a date selection screen 300 after the operation of the start input operation unit 103. The date selection screen 300 includes a menstruation start date selection unit 301, a menstruation end date selection unit 302, and a selection completion unit 303. The operator can input the menstruation start date and the menstruation end date on the date selection screen 300 shown in FIG. The menstruation start date selection unit 301 is a part of the start input operation unit 103, and does not necessarily have to be configured to register the menstruation start date using the menstruation start date selection unit 301. For example, when the start input operation unit 103 is operated, the day when the start input operation unit 103 is operated may be registered as the menstruation start date. Similarly, the menstruation end date selection unit 302 is a part of the end input operation unit 104, and does not necessarily have to be configured to register the menstruation end date using the menstruation end date selection unit 302. For example, when the end input operation unit 104 is operated, the day when the end input operation unit 104 is operated may be registered as the end date of menstruation. That is, the prediction display unit 111 displays the physiology management screen 100 including the prediction physiology start date 101, the prediction physiology end date 102, and the start input operation unit 103 on the display unit 14, and the start input operation unit is displayed on the physiology management screen 100. When the 103 is operated, the display changing unit 113 may display the date on which the start input operation unit 103 is operated instead of the predicted menstruation start date 101.

As an example, a case will be described in which the operator inputs December 8, which is the date on which the program is operated as shown on the date 110 in FIG. 3, as the start date of menstruation. First, on the date selection screen 300, the menstruation end date selection unit 302 is set to "undecided", the menstruation end date is not input (S14 is NO), and "December 8" is selected by the menstruation start date selection unit 301. Then, by operating the selection completion unit 303, the date selection unit 112 accepts the registration of the menstruation start date (YES in S15). The menstruation start date registered by the selection of the menstruation start date selection unit 301 is referred to as a "registered menstruation start date".

When the registered menstruation start date is registered (after the operation of the start input operation unit 103), the display changing unit 113 replaces the predicted menstruation start date 101 in FIG. 3 as shown in the menstruation management screen 100 in FIG. The registered menstruation start date 105 is displayed on the display unit 14 (S161), the predicted menstruation end date 102 is changed (S162), and the correction input operation unit 106 is displayed on the display unit 14 instead of the start input operation unit 103 (S163). ). FIG. 5 is a diagram for explaining the physiological management screen 100 after the operation of the start input operation unit 103.

After the operation of the start input operation unit 103, the display change unit 113 is changed to December 8, which is the registered menstruation start date 105, instead of December 9, which is the predicted menstruation start date 101 in FIG. The menstruation start date 105 is set to a color different from the predicted menstruation start date 101 (S161). In the menstruation management screen 100 of FIG. 5, the registered menstruation start date 105 is displayed in the portion where the predicted menstruation start date 101 is displayed instead of the predicted menstruation start date 101, so that the menstruation management screen 100 shown in FIG. 5 is displayed. The operator who sees it recognizes the day when menstruation actually started. At this time, the registered menstruation start date 105 is a color different from the predicted menstruation start date 101, specifically, the color of the predicted menstruation start date of FIG. 3 is dark dark blue, and the color of the registered menstruation start date 105 is light red. In this way, by making the predicted menstruation start date 101 and the registered menstruation start date 105 different colors before and after the operation of the start input operation unit 103, it is easy for the operator to recognize that the registered menstruation start date has been registered. Therefore, the operator can easily operate the program and continue to manage the menstrual period.

Further, the display changing unit 113 displays the predicted menstruation end date displayed on the menstruation management screen 100 of FIG. 5 according to the registered menstruation start date registered as the day when the menstruation actually started after the operation of the start input operation unit 103. The date of 102 is changed, and the color of the predicted menstruation end date 102 displayed on the menstruation management screen 100 of FIG. 5 is changed to the predicted menstruation end date 102 before the operation of the start input operation unit 103 of the menstruation management screen 100 of FIG. It is preferable to change the color to a color different from the color (S162).

Specifically, on the menstruation management screen 100 of FIG. 3, the predicted menstruation end date 102 was displayed as December 15, but the display change unit 113 is the registered menstruation start date registered by the operator. The predicted menstrual end date 102 is changed to December 14 according to December 8. As a result, the operator can know the predicted menstruation end date corresponding to the actual menstruation start date, so that the menstruation schedule can be recognized more accurately and the menstruation date can be easily managed. ..

Further, the display changing unit 113 changes the light red predicted menstruation end date 102 of the menstruation management screen 100 of FIG. 3 to the dark blue color of the predicted menstruation end date 102 of the menstruation management screen 100 of FIG. This makes it easier for the operator to recognize that the menstruation start date has been input and makes the operator aware of the predicted menstruation end date, and then makes it easier for the operator to recognize that the end input operation unit 104 is to be operated. Become. Since the operator can visually confirm the operation items, the operation becomes easy and it becomes easy to continue the management of the menstrual day. In particular, the predicted menstruation start date 101 is changed to the registered menstruation start date 105, and the color of the registered menstruation start date 105 is changed to be lighter than the predicted menstruation start date 101 in FIG. 3 and the predicted menstruation end date 102 in FIG. This makes it easier to recognize that the input of the registered menstruation start date 105 has been completed, and to recognize that the date related to the subsequent operation is the predicted menstruation end date.

After the operation of the start input operation unit 103, the display change unit 113 decides not to display the start input operation unit 103 (FIG. 3) on the physiological management screen 100 of FIG. The input operation unit 106 is displayed (S163). By not displaying the start input operation unit 103 on the physiological management screen 100 after the operation of the start input operation unit 103, it is possible to prevent the operator from accidentally operating the start input operation unit 103 again. In the present embodiment, when the correction input operation unit 106 is displayed instead of the start input operation unit 103 and the correction input operation unit 106 is operated, the date selection unit 112 displays the date selection screen 300 shown in FIG. 4 on the display unit 14. Can be displayed on the screen to correct the registered menstruation start date. For convenience, in FIG. 2, the operation flow of the correction input operation unit 106 is omitted.

After operating the start input operation unit 103, the display change unit 113 changes the color of the end input operation unit 104 of the physiology management screen 100 of FIG. 5 to a color different from the color of the end input operation unit 104 of the physiology management screen 100 of FIG. It is preferable to change. Specifically, the end input operation unit 104 of the physiology management screen 100 of FIG. 3 was light red, and the end input operation unit 104 of the physiology management screen 100 of FIG. 5 after the operation of the start input operation unit 103 was displayed. It is dark blue. As a result, the physiology management screen 100 before the operation of the start input operation unit 103 can operate the start input operation unit 103 and the end input operation unit 104, but the physiology management screen 100 after the operation of the start input operation unit 103. At 100, it becomes easy to prompt the operation of the end input operation unit 104, and it becomes easy for the operator to recognize the operation unit to be operated.

Since it is common to operate the end input operation unit 104 on the physiological management screen 100 of FIG. 5, for example, the correction input operation unit 106 is white and the end input operation unit 104 is dark blue. By making the correction input operation unit 106 and the end input operation unit 104 different colors, it becomes easier to pay attention to the end input operation unit 104, it becomes easier to prompt the operator to operate, and the management of menstrual days can be continued. It will be easier.

Further, as shown in FIG. 5, it is preferable that the display changing unit 113 displays the progress display 120 indicating the number of days from the registered menstruation start date 105 on the menstruation management screen 100 after the operation of the start input operation unit 103. In FIG. 5, since the day when the terminal 1 is operated is the day when menstruation started, and therefore it is the first day from the registered menstruation start date, the progress display 120 of "Today is the start date" is displayed. I'm letting you. The operator who sees the progress display 120 can easily grasp the number of days elapsed from the actual start date of menstruation.

<< After the operation of the start input operation unit 103 and before the operation of the end input operation unit 104 >>
FIG. 6 is a diagram illustrating a physiological management screen 100 after the operation of the start input operation unit 103 and before the operation of the end input operation unit 104. The physiology management screen 100 shown in FIG. 6 is similar to the physiology management screen 100 shown in FIG. The display unit 14 displays the unit 106, the date 110, and the progress display 120.

For example, if the date of operation on the physiology management screen 100 shown in FIG. 6 is December 10, two days after the above-mentioned physiology management screen 100 of FIG. 5 is displayed, the date 110 indicates "December." It is displayed that it is "10 days". In addition, the display changing unit 113 causes the progress display 120 to display "It is the third day" indicating that it is the third day from the start date of the registered menstruation. The operator who sees the menstruation management screen 100 shown in FIG. 6 can recognize that it is the third day from the start date of menstruation.

<< Operation of end input operation unit 104 >>
FIG. 7 is a diagram illustrating a physiological management screen 100 before the operation of the end input operation unit 104. The day when the physiological management screen 100 shown in FIG. 7 is displayed is December 14th. FIG. 7 is a diagram illustrating a physiological management screen 100 after the operation of the start input operation unit 103 and before the operation of the end input operation unit 104. Similar to FIG. 6, the display changing unit 113 includes the registered menstruation start date 105, the predicted menstruation end date 102, the end input operation unit 104, the correction input operation unit 106, the date 110, and the progress display 120. The management screen 100 is displayed on the display unit 14. In FIG. 7, the date 110 is "December 14th" and the progress display 120 is "7th day."

When the end input operation unit 104 is operated by the operator (YES in S17), the date selection unit 112 causes the display unit 14 to display the date selection screen 300 shown in FIG. 8 (S18). FIG. 8 is a diagram illustrating a date selection screen 300 after the operation of the end input operation unit 104. The date selection screen 300 shown in FIG. 8 includes a menstruation start date selection unit 301, a menstruation end date selection unit 302, and a selection completion unit 303, similarly to the date selection screen 300 of FIG. The operator can input the menstruation start date and the menstruation end date on the date selection screen 300.

For example, when the operator registers the day (December 14) of operating the program shown on the date 110 in FIG. 7 as the menstruation end date, the menstruation end date selection unit 302 is set to "December." By selecting "14th" and operating the selection completion unit 303, the date selection unit 112 accepts the registration of the menstruation start date (YES in S19). The menstruation end date registered by selection in the menstruation end date selection unit 302 is referred to as a "registered menstruation end date".

When the registered menstruation end date is registered (after the operation of the end input operation unit 104), the display change unit 113 has the next predicted menstruation start date 101n, the next predicted menstruation end date 102n, and the start input operation unit, as shown in FIG. 103, the end input operation unit 104 causes the physiological management screen 100 to be displayed on the display unit 14. Further, the prediction display unit 111 also includes a date 110 indicating the date on which the terminal 1 is operated and a past record 200 on the physiological management screen 100, as in FIG.

Specifically, when the registered menstruation end date is registered (after the operation of the end input operation unit 104), the prediction calculation unit 114 sets the registered menstruation start date, the menstrual period calculated from the registered menstruation end date, and the past. From the registered menstrual record and the menstrual cycle calculated from the registered menstruation start date, the next predicted menstruation start date and the next predicted menstruation end date are calculated (S20). Then, the display changing unit 113 displays the next predicted menstruation start date 101n on the menstruation management screen 100 (display unit 14) instead of the registered menstruation start date 105 of the menstruation management screen 100 of FIGS. 5 and 6, and FIG. , The next predicted menstruation end date 102n is displayed on the menstruation management screen 100 (display unit 14) instead of the predicted menstruation end date 102 of the menstruation management screen 100 of FIGS. 5 and 6 (S21). Along with this, the display changing unit 113 displays the records of the registered menstruation start date (December 8) and the registered menstruation end date (December 14) registered this time in the past record 200. That is, the registered menstruation start date (December 8) and the registered menstruation end date (December 14) are displayed as the latest records in the past record 200, and the start date and end date of the last three times of menstruation, Each menstrual cycle is displayed.

As shown in FIG. 9, after the operation of the end input operation unit 104 of the physiology management screen 100 of FIG. 7, the next predicted physiology start date 101n and the next predicted physiology end date 102n are displayed on the physiology management screen 100, so that the operator Can recognize that the current menstrual period has ended, and at the same time, can confirm the next predicted menstrual start date and the predicted menstrual end date. Further, by displaying the start input operation unit 103 and the end input operation unit 104 on the physiology management screen 100 together with the next predicted physiology start date 101n and the next predicted physiology end date 102n, when the next physiology starts, and The operation becomes possible when the next period is completed. When the operator confirms the next predicted menstruation start date 101n and the next predicted menstruation end date 102n, he / she can recognize that the start input operation unit 103 and the end input operation unit 104 can be operated at any time. Will be easier to continue.

After that, if necessary, the program is terminated by a predetermined operation (YES in S22). Further, in the state where the menstruation management screen 100 of FIG. 9 is displayed on the display unit 14 (S22 is NO), the next predicted menstruation start date 101n is the above-mentioned predicted menstruation start date 101, and the next predicted menstruation end date 102n is the above-mentioned predicted menstruation. By performing each operation shown in FIG. 2 as the end date 102, the management of the menstrual period can be continued.

=== Other embodiments ===
Although the embodiments of the present invention have been described above, the above-described embodiments are for facilitating the understanding of the present invention, and are not for limiting the interpretation of the present invention. Further, it is needless to say that the present invention can be changed or improved without departing from the spirit thereof, and the present invention includes an equivalent thereof. For example, the following modifications are possible.

In the above-described embodiment, on the menstruation management screen 100 at the time of program activation shown in FIG. 3, the menstruation start date is registered by the operation of the start input operation unit 103 on the day when the menstruation starts, and the day when the menstruation ends at a later date. The end date of menstruation was input by the operation of the end input operation unit 104, but the present invention is not limited to this. For example, the menstruation start date or the menstruation end date may be registered as a date before the date when the operator operates the terminal 1. Further, on the date selection screen 300 shown in FIG. 4, not only the menstruation start date but also the menstruation start date and the menstruation end date may be registered, and the menstruation end date may be registered without registering the menstruation start date. You may register only the day.

Further, the above embodiment can be realized by causing the program to execute the various processes described above by a computer or a microprocessor. In this case, all the processes may be prepared as a program, or some processes may be processed by the hardware and the remaining processes may be prepared as a program. That is, the server (not shown) may have a configuration in which various processes are displayed on the screen 1a of the terminal 1 via the network, and the server and the terminal 1 may be treated as a computer.

It is also possible to supply a program to a computer using a non-transitory computer-readable medium with an executable program program in which an executable program is stored. Examples of non-temporary computer readable media include magnetic recording media (for example, flexible disks, magnetic tapes, hard disk drives), CD-ROMs (Read Only Memory), and the like.

1 Terminal (computer), 11 Control unit, 111 Prediction display unit, 112 Date selection unit, 113 Display change unit, 114 Prediction calculation unit, 12 Storage unit, 13 Input unit, 14 Display unit, 15 Communication unit, 100 Physiological management screen , 101 Predicted physiology start date, 101n Next predicted physiology start date, 102 Predicted physiology end date, 102n Next predicted physiology end date, 103 Start input operation unit, 104 End input operation unit, 105 Registered physiology start date, 106 Corrected input operation unit , 110 date, 120 progress display, 200 past record, 300 date selection screen, 301 menstruation start date selection section, 302 menstruation end date selection section, 303 selection completion section

Claims (11)

Display and
A predictive display unit that displays a physiological management screen including a predicted menstrual start date, a predicted menstrual end date, and a start input operation unit on the display unit.
When the start input operation unit is operated on the physiology management screen, a display change unit that displays the registered physiology start date registered by the operation of the start input operation unit instead of the predicted physiology start date, and a display change unit.
Have,
The color of the predicted menstruation start date and the color of the registered menstruation start date are different.
A physiological information management device characterized in that the color of the predicted menstruation end date before the operation of the start input operation unit and the color of the predicted menstruation end date after the operation of the start input operation unit are different. The physiological information management device according to claim 1.
A physiological information management device characterized in that the start input operation unit is not displayed after the operation of the start input operation unit. The physiological information management device according to claim 1 or 2.
When the start input operation unit is operated on the physiological management screen,
The display changing unit is a physiological information management device characterized in that the predicted menstruation end date is changed according to the registered menstruation start date. The physiological information management device according to any one of claims 1 to 3.
The prediction display unit displays the end input operation unit on the physiological management screen.
Before the operation of the start input operation unit, the start input operation unit and the end input operation unit can be operated on the physiological management screen.
After the operation of the start input operation unit, the end input operation unit can be operated on the physiological management screen.
A physiological information management device characterized in that the color of the end input operation unit before the operation of the start input operation unit is different from the color of the end input operation unit after the operation of the start input operation unit. The physiological information management device according to any one of claims 1 to 4.
The prediction display unit displays the end input operation unit on the physiological management screen.
A physiological information management device characterized in that the colors of the start input operation unit and the end input operation unit are different before the operation of the start input operation unit. The physiological information management device according to any one of claims 1 to 5.
The prediction display unit displays the end input operation unit on the physiological management screen.
When the end input operation unit is operated,
The display changing unit is the next time calculated based on at least the registered menstruation start date and the registered menstruation end date registered by the operation of the end input operation unit, instead of the registered menstruation start date and the predicted menstruation end date. A physiological information management device for displaying the predicted menstruation start date, the next predicted menstruation end date, the start input operation unit, and the end input operation unit. The physiological information management device according to any one of claims 1 to 6.
The display changing unit is a physiological information management device, characterized in that, after the operation of the start input operation unit, the physiological information management screen is displayed to indicate the number of days from the registered menstrual period start date. The physiological information management device according to any one of claims 1 to 7.
The prediction display unit is a physiological information management device characterized in that the past menstruation start date and the past menstruation end date are displayed on the menstruation management screen. Display and
A predictive display unit that displays a physiological management screen including a predicted menstrual start date, a predicted menstrual end date, and a start input operation unit on the display unit.
When the start input operation unit is operated on the menstruation management screen, a display change unit that displays the date on which the start input operation unit was operated instead of the predicted menstruation start date, and a display change unit.
A physiological information management device characterized by having. On a computer with a display
Predictive display processing for displaying the predicted menstruation start date, predicted menstruation end date, and the menstruation management screen including the start input operation unit on the display unit,
When the start input operation unit is operated on the menstruation management screen, a display change process for displaying the registered menstruation start date registered by the operation of the start input operation unit instead of the predicted menstruation start date, and To run,
The color of the predicted menstruation start date before the operation of the start input operation unit and the color of the registered menstruation start date are different.
A physiological information management program characterized in that the color of the predicted menstruation end date before the operation of the start input operation unit and the color of the predicted menstruation end date after the operation of the start input operation unit are different. Predictive display step to display the predicted menstruation start date, predicted menstruation end date, and the menstruation management screen including the start input operation unit on the computer display unit,
When the start input operation unit is operated on the physiology management screen, a display change step for displaying the registered physiology start date registered by the operation of the start input operation unit instead of the predicted physiology start date, and a display change step.
Have,
The color of the predicted menstruation start date before the operation of the start input operation unit and the color of the registered menstruation start date are different.
A physiological information management method characterized in that the color of the predicted menstruation end date before the operation of the start input operation unit and the color of the predicted menstruation end date after the operation of the start input operation unit are different.

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