Display scheme determination method and program

Abstract

The present invention has a fixed display content body and a first mobile display content body group, and sets, in a display region, a fixed display content body display region for displaying the fixed display content body group and a mobile display content body display region for displaying at least a portion of the first mobile display content body group. A plurality of mobile display content bodies included in the first mobile display content body group are arranged in a first direction and are configured to be movable in a second direction opposite to the first direction, and when the first mobile display content body group is moved in the second direction, the first mobile display content body group is moved in the second direction. Designating mobile display content bodies included in the first mobile display content body group and mobile display content bodies outside the mobile display content body display region in the second direction as mobile display content bodies belonging to a second mobile display content body group different from the first mobile display content body group; and adding the second mobile display content body group, and removing the second mobile display content body group from the first mobile display content body group.

Description

Technical Field

[0001] The present invention relates to a display scheme determination method and a program.

[0002] In the past, a technology for displaying a variety of health-related information such as weight and blood pressure on a display unit of a smartphone or the like has been proposed (for example, refer to Patent Document 1). In this case, for example, by displaying various types of information in a plurality of partitions arranged in an up-and-down direction, the user can browse while comparing the various information. Moreover, in the case where a chart showing different information such as weight and blood pressure is displayed in each partition, different charts can be displayed in sequence in the display unit by scrolling the screen. In addition, by making the scale of the horizontal axis in each partition consistent, it is possible to browse while comparing the changes in the horizontal axis direction of each information (changes over time). Background Art

[0003] Prior art literature

[0004] Patent Literature

[0005] Patent Document 1: Japanese Patent Application Publication No. 2020-75152 Summary of the invention

[0006] Problems to be solved by the invention

[0007] However, even if you want to compare the changes in the horizontal direction of multiple information, when the screen is scrolled, depending on the display size of the information and the amount of information to be displayed, sometimes the previously displayed information is no longer displayed on the display unit as new information is displayed on the display unit. In this case, it is also difficult to compare and read the changes in the horizontal direction of multiple information. In particular, the understanding of the continuous or long-term changes in health status and the recording of events that may have a continuous or long-term impact on health status provide useful information for health management and disease treatment, so a technology that can easily observe and compare multiple information is desired.

[0008] In view of the above-mentioned prior art, an object of the present invention is to provide a technology capable of displaying a plurality of content bodies set in a predetermined order in a mutually contrasting manner.

[0009] Technical Solution

[0010] In order to solve the above-mentioned problem, the present invention is a display scheme determination method, which enables a computer that outputs a display control instruction to a device capable of displaying an image to determine a plurality of display schemes of content bodies that can be used, wherein the display scheme determination method is characterized in that:

[0011] selecting at least one content body from the plurality of manipulable content bodies as a fixed display content body, determining the order of the fixed display content bodies and adding them to a fixed display content body group, designating all or part of the remaining content bodies as mobile display content bodies, determining the order of the mobile display content bodies and adding them to a mobile display content body group,

[0012] designating a part or all of the mobile display content body as a first mobile display content body group,

[0013] setting the moving display content bodies that are not designated as the first moving display content body group among the moving display content bodies as a second moving display content body group,

[0014] respectively determining a display scheme of the fixed display content body included in the fixed display content body group, a display scheme of the mobile display content body included in the first mobile display content body group, and a display scheme of the second mobile display content body included in the second mobile display content body group,

[0015] A fixed display content body display area for displaying the fixed display content body group and a first moving display content body display area for displaying at least a part of the first moving display content body group are set in a part of the display area,

[0016] In the first moving display content body display area, the plurality of moving display content bodies included in the first moving display content body group are arranged in the first direction in the order, and are configured to be movable in a second direction opposite to the first direction while maintaining the order,

[0017] When the first mobile display content body group is moved along the second direction within the first mobile display content body display area in response to a user's instruction including the amount of movement of the first mobile display content body group in the second direction, with respect to the mobile display content bodies included in the first mobile display content body group, if at least a portion of the mobile display content bodies is outside the display area of ​​the first mobile display content body in the second direction, all or a portion of the mobile display content bodies outside the display area of ​​the first mobile display content body are designated as mobile display content bodies belonging to the second mobile display content body group and added to the second mobile display content body group, and are removed from the first mobile display content body group at the latest before their entirety is outside the display area of ​​the first mobile display content body in the second direction.

[0018] Thus, the user can set a display scheme in which a plurality of content bodies can be compared with each other by giving a simple instruction including the amount of movement of the displayed content body group in the second direction.

[0019] Effects of the Invention

[0020] According to the present invention, it is possible to provide a technique for displaying one or more specific content bodies and a plurality of content bodies set in a predetermined order in contrast with each other. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 This is a schematic diagram of the information display system of Example 1.

[0022] Figure 2 This is a functional block diagram of the terminal of Example 1.

[0023] Figure 3 This is a diagram showing an example of a content body and its display scenario in a terminal according to the first embodiment.

[0024] Figure 4 This is a diagram showing an example of other content bodies and their display scenarios in the terminal of the first embodiment.

[0025] Figure 5 This is a diagram showing an example of other content bodies and their display scenarios in the terminal of the first embodiment.

[0026] Figure 6 This is a diagram showing a modified example of the content displayed on the terminal of the first embodiment.

[0027] Figure 7 This is a diagram for explaining the first display mode for displaying the content body in the terminal of the first embodiment.

[0028] Figure 8 This is a diagram for explaining the first display mode for displaying the content body in the terminal of the first embodiment.

[0029] Fig. 9 This is a diagram for explaining the first display mode for displaying the content body in the terminal of the first embodiment.

[0030] Fig.10 This is a diagram for explaining the second display mode for displaying the content body in the terminal of the first embodiment.

[0031] Fig.11 This is a diagram for explaining the second display mode for displaying the content body in the terminal of the first embodiment.

[0032] Fig.12 This is a diagram for explaining the second display mode for displaying the content body in the terminal of the first embodiment.

[0033] Fig.13 This is a diagram for explaining the third display mode for displaying the content body in the terminal of the second embodiment.

[0034] Fig.14This is a diagram for explaining the third display mode for displaying the content body in the terminal of the second embodiment.

[0035] Fig.15 This is a diagram for explaining the third display mode for displaying the content body in the terminal of the second embodiment.

[0036] Fig.16 This is a diagram for explaining the fifth display mode for displaying the content body in the terminal of the second embodiment.

[0037] Fig.17 This is a diagram for explaining the fifth display mode for displaying the content body in the terminal of the second embodiment.

[0038] Fig.18 This is a diagram for explaining the fifth display mode for displaying the content body in the terminal of the second embodiment.

[0039] Fig.19 This is a diagram for explaining the fifth display mode for displaying the content body in the terminal of the second embodiment.

[0040] Fig. 20 This is a diagram for explaining the sixth display mode for displaying the content body in the terminal of the third embodiment.

[0041] Fig.21 This is a diagram for explaining the sixth display mode for displaying the content body in the terminal of the third embodiment.

[0042] Fig. 22 This is a diagram for explaining the sixth display mode for displaying the content body in the terminal of the third embodiment.

[0043] Fig.23 This is a diagram for explaining the sixth display mode for displaying the content body in the terminal of the third embodiment.

[0044] Fig.24 This is a diagram for explaining the sixth display mode for displaying the content body in the terminal of the third embodiment.

[0045] Fig.25 This is a diagram for explaining the sixth display mode for displaying the content body in the terminal of the fourth embodiment.

[0046] Fig.26 This is a diagram for explaining the seventh display mode for displaying the content body in the terminal of the fourth embodiment.

[0047] Fig. 27 This is a diagram for explaining the seventh display mode for displaying the content body in the terminal of the fourth embodiment.

[0048] Fig.28 This is a diagram for explaining the eighth display mode for displaying the content body in the terminal of the fifth embodiment.

[0049] Fig.29 This is a diagram for explaining the eighth display mode for displaying the content body in the terminal of the fifth embodiment.

[0050] Fig.30 This is a diagram for explaining the eighth display mode for displaying the content body in the terminal of the fifth embodiment.

[0051] Fig.31 This is a diagram for explaining the ninth display mode for displaying the content body in the terminal of the fifth embodiment.

[0052] Fig.32 This is a diagram for explaining the tenth display mode for displaying the content body in the terminal of the fifth embodiment. DETAILED DESCRIPTION

[0053] Hereinafter, specific embodiments of the present invention will be described based on the drawings.

[0054] <Example 1>

[0055] Hereinafter, an example of an embodiment of the present invention will be described. However, unless otherwise specified, the dimensions, materials, shapes, relative arrangements, etc. of the components described in this embodiment do not limit the scope of the present invention to these.

[0056] In the following embodiments, an example of a method for determining a display scheme of a mobile display content body display area and a fixed display content body display area in the touch panel display 12 of the terminal 1 according to the display scheme determination method of the present invention is described. Here, the mobile display content body display area is an area in the touch panel display 12 where the mobile display content body is displayed. As described later, in the case of setting an area to display a content body belonging to the second mobile display content body group, the mobile display content body display area is implemented as a first mobile display content body display area and a second mobile display content body display area. In addition, the fixed display content body display area is an area in the touch panel display 12 where the fixed display content body is displayed. However, the display scheme determination method of the present invention can be applied not only to a device having a display unit like this, but also to a computer connected to a device that projects image information such as a projector. In addition, the display scheme determination method of the present invention can be applied to devices that display in various spaces such as real space, virtual space, and various hyper-real spaces.

[0057] Figure 1The schematic structure of the information display system 100 of Example 1 is shown. The terminal 1 is an information processing device such as a smart phone, a tablet computer, a personal computer, etc., which has a display unit capable of displaying image information. The terminal is connected to measuring devices such as a sphygmomanometer 101, a body composition meter 102, an activity meter 103, a sleep meter, and a thermometer through wireless communication such as Bluetooth (registered trademark) and sound waves, or wired communication. In addition, the terminal 1 is equipped with application software for managing the measured values ​​obtained by the sphygmomanometer 101, etc., the user's activity records, and various information related to these information, and cooperates with the sphygmomanometer 101, etc. to display the measured values ​​obtained by the sphygmomanometer 101, etc. and various information obtained by processing the measured values ​​on the display unit.

[0058] Figure 2 1 is a functional block diagram of a smartphone as a terminal 1. The terminal 1 is configured to include a communication unit 11, a touch panel display 12, a storage unit 13, and a control unit 14. The terminal 1 corresponds to a computer of the present invention.

[0059] The communication unit 11 is a communication interface responsible for transmitting and receiving signals with the sphygmomanometer 101 and the like. In the case of a wireless communication method, the communication unit 11 is a communication antenna that transmits and receives radio waves including radio waves of short-range wireless communication, and in addition to receiving measurement information sent from the sphygmomanometer 101 and the like, it also transmits and receives radio waves with other electronic devices and base stations. The communication unit 11 may be a communication unit based on a wired communication method, or may adopt a desired known technology.

[0060] The touch panel display 12 includes an image display unit 121 for displaying various information to the user and an input receiving unit 122 for receiving various inputs from the user. It should be noted that when the terminal 1 is a PC, it may include a display device such as a display as an image display unit and an input device such as a keyboard and a mouse as an input receiving unit without including a touch panel display.

[0061] The storage unit 13 is configured to include a long-term storage medium such as a flash memory in addition to a main storage device such as a RAM (Random Access Memory), and stores various information such as biological information and an application program including a display control program that realizes display control of an image in the image display unit 121 based on an instruction received in the input receiving unit 122. It should be noted that, here, the biological information includes the measured values ​​based on measuring devices such as the sphygmomanometer 101, the body composition meter 102, the activity meter 103, the sleep meter, and the thermometer, as well as the input values ​​based on the user such as medication, diet status, and symptom notes. In addition, the biological information in this embodiment includes numerical information such as air temperature, air pressure, and room temperature, and text or even coded information such as weather in addition to the measured values ​​based on the measuring devices and the input values ​​based on the user. The display control program is connected to an information processing device such as a server storing the display control program via a network, and can be obtained through the communication unit 11, or can be read from a storage medium that stores the display control program and is imported into the terminal 1 or in an external device, or can be pre-stored in the storage unit 13 of the terminal 1. In addition, part or all of the biometric information may be stored in a server outside the terminal 1, and the required biometric information may be downloaded from the external server to the terminal 1 each time the display control program is executed. In addition, part or all of the display control program may be stored in a server outside the terminal 1 and executed, and only displayed in the terminal 1. It should be noted that the storage unit 13 may store various parameters for image display control. Here, the various parameters may include, for example, parameters for specifying which of the multiple content bodies is a fixed display content body and which is a mobile display content body. Alternatively, it may include parameters for the order of the fixed display content body and the mobile display content body, parameters for which number is set as the first mobile display content body, parameters for the number of content bodies included in the second mobile display content body group, and parameters related to the height of the display area of ​​the fixed display content body. In addition, the parameters related to the size of the display area and the content body may be determined as absolute values ​​using pixels, etc., or as ratios relative to the size of the screen Sc.

[0062] Based on the biometric information stored in the storage unit 13, a content body is created by the display control program of the present invention, and the content of the biometric information is displayed as a content body on the touch panel display 12 of the terminal 1. Here, the content body in this embodiment refers to a content body obtained by visualizing the biometric information in an appropriate manner such as a chart or a table based on an attribute (such as a date) that can compare each information with each other, according to an appropriate interval (for example, an arbitrary interval such as 7 days in the case of the use date). Hereinafter, in this embodiment, the case where the content body is created by the interval of the use date is used for explanation, and the interval of the use date is called a display period. As the content body in this embodiment, for example, a blood pressure chart generated based on the blood pressure measurement value can be listed. In addition, the size of each content body can be set to an inherent size, and the length of the direction different from the axis to be compared can be different between each content body, only in the direction of the axis to be compared, or all content bodies can be set to the same size. In this embodiment, a situation is described in which the size of the screen Sc of the touch panel display 12 is longer in the vertical direction (Y-axis direction) than in the horizontal direction (X-axis direction), that is, the axis to be compared (date axis) is set to the horizontal direction (X-axis direction), and each content body is generated by at least aligning the horizontal dimension.

[0063] The control unit 14 is a unit responsible for controlling the terminal 1 , and is configured to include, for example, a CPU (Central Processing Unit) and the like, and executes various programs stored in the storage unit 13 to make the terminal 1 function in accordance with the programs.

[0064] In this embodiment, as content bodies generated based on biological information, a case where seven content bodies, namely, a blood pressure content body 23, an action record content body 24, a step count content body 25, a weight content body 26, a sleep time content body 27, a calorie consumption content body 28, and a BMI (Body Mass Index) content body, are generated is used for explanation. From these content bodies, the blood pressure content body 23 is first selected as a fixed display content body and added to the fixed display content body group. A part of the remaining six content bodies, namely, the action record content body 24, the step count content body 25, the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28, are designated as mobile display content bodies and added to the mobile display content body group in this order. That is, the BMI content body is not designated as any of the fixed display content body and the mobile display content body in this embodiment, and becomes an object of display. Moreover, in this embodiment, the first and subsequent content bodies of the five mobile display content bodies designated in the mobile display content body group (that is, all the five content bodies included in the current mobile display content body group) are designated to create the first mobile display content body group 20a. In addition, all the mobile display content bodies included in the mobile display content body group are included in the first mobile display content body group, and therefore, at this point in time, the number of content bodies included in the second mobile display content body group 20b is 0. Here, the first mobile display content body group 20a is equivalent to the first mobile display content body group of the present invention, and the second mobile display content body group 20b is equivalent to the second mobile display content body group of the present invention.

[0065] Figure 3 An example of a combination of content bodies displayed in the touch panel display 12 of the terminal 1 and its display scheme is shown. This example is an example of generating each content body by setting the display period to 7 days. In the present embodiment, the screen Sc of the touch panel display 12 corresponds to the top, bottom, left, and right of the screen in the accompanying drawing, respectively. In the screen Sc of the touch panel display 12, an object year and month area 21 and an object week date area 22 (hereinafter, the object year and month area 21 and the object week date area 22 are also collectively referred to as the date display area) are sequentially arranged from the top. Then the date display area is set with a fixed display content body display area Re1, and a fixed display content body, namely a blood pressure content body 23, is displayed therein. Then the fixed display content body display area Re1 is set with a moving display content body display area Re2, and as a series of moving display content bodies displayed therein, the action record content body 24, the step count content body 25, the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28 included in the first moving display content body group are arranged in this order (in Figure 3 , the description of the sleep time content body 27 and the calorie consumption content body 28 are omitted).

[0066] Since the size of the screen Sc is limited, Figure 3 In the state, only the entire action record content body 24 and a part of the step count content body 25 in a series of mobile display content bodies are displayed in the mobile display content body display area Re2 on the screen Sc. The series of mobile display content bodies displayed in the mobile display content body display area Re2 can be displayed in the mobile display content body display area Re2 in a movable manner along the up and down direction. It should be noted that, through the processing described later, when the action record content body 24 as the first content body of the first mobile display content body group is added to the second mobile display content body group 20b and removed from the first mobile display content body group 20a, the first mobile display content body group 20a includes the step count content body 25, the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28 in sequence, and the content bodies configured in this order become a series of mobile display content bodies displayed in the mobile display content body display area Re2. The details of the display method of each content body in the fixed display content body display area Re1 and the mobile display content body display area Re2 will be described later.

[0067] The target year and month area 21 displays the year and month (here March 2021) of each content displayed below. Furthermore, in the target week date area 22 set adjacent to the target year and month area 21, the dates and days of the week of each content displayed below are displayed in sequence horizontally from the 8th (Monday) to the 14th (Sunday). The date display area (target year and month area 21 and target week date area 22) indicates the horizontal (X-axis direction) reference for configuring information in each content displayed below. It should be noted that Figure 3 This is an example in which the horizontal (X-axis direction) reference is determined to be one circle. The horizontal (X-axis direction) reference of each content body is not limited to one circle.

[0068] Figure 4 The following shows examples of each content body and an example of a display mode of the screen when the horizontal (X-axis direction) reference is changed from the circumferential display on the touch panel display 12 of the terminal 1. Figure 4 In the description of Figure 3 The display examples are common displays, and the description is omitted appropriately. Figure 4 In the example, the horizontal (X-axis direction) reference is set to the month display. Figure 3 In the date display area, set the date display area to display the target period, and in Figure 4In the embodiment, the date display is included in a part of the blood pressure content body 31, and the target year and month of March 2021 and the dates of the month from the 1st to the 31st as the target month dates are displayed horizontally in the blood pressure content body 31 (here, only the 1st, 7th, 14th, and 28th are displayed digitally, and other days are displayed with black dots). That is, in addition to setting a specific area and displaying the date display therein, a part or all of the fixed display content body included in the fixed display content body group can be generated in a manner that includes a date mark inside the fixed display content body. Figure 4 In the embodiment, the fixed display content body display area Re1 and the moving display content body display area Re2 are arranged in order from the top of the screen Sc of the touch panel display 12. Moreover, the blood pressure content body 31 is displayed as the fixed display content body in the fixed display content body display area Re1. In the moving display content body display area Re2, as a series of moving display content bodies, the action record content body 32, the step count content body 33, and the weight content body 34 included in the first moving display content body group are arranged in this order, and a part of them is displayed in the moving display content body display area Re2 on the screen Sc.

[0069] exist Figure 5 2 shows an example of display of each content body when the horizontal (X-axis direction) reference is further changed on the touch panel display 12 of the terminal 1. Figure 3 and Figure 4 The display examples are common displays, and the description is omitted appropriately. Figure 5 In the example, the horizontal (X-axis direction) reference is set to year display. Figure 5 In the example, the month is displayed as a part of the blood pressure content body 41. In the information displayed on the touch panel display 12, from the screen Sc (refer to Figure 5 ) are sequentially arranged above the fixed display content body display area Re1 and the moving display content body display area Re2. Moreover, in the fixed display content body display area Re1, the blood pressure content body 41 is selected as the fixed display content body for display. In the moving display content body display area Re2, each content body of the action record content body 42, the step count content body 43, and the weight content body 44, which are part of the remaining controllable content bodies, are displayed as the first moving display content body. Here, in the blood pressure content body 41, the target year 411 of 2021 and the months of the year from January to December as the target months are displayed horizontally.

[0070] Next, the contents of each of the above-mentioned content bodies will be described in detail. It should be noted that the display period as a reference in the horizontal direction (X-axis direction) of each of the content bodies described below can be appropriately set to seven days, one month, one year, etc. as described above. Figure 3 Blood pressure content 23, Figure 4 Blood pressure content 31, Figure 5 The blood pressure content body 41 is a content body that displays the measured values ​​of the blood pressure corresponding to each display period in a graph. In the blood pressure content body 23, the range from 80 (mmHg) to 130 (mmHg) is set as the vertical axis. In addition, in the blood pressure content body 23, two horizontal lines 236 and 237 indicating the minimum blood pressure target value and the maximum blood pressure target value, a bar 231 from the maximum blood pressure value to the minimum blood pressure value on each blood pressure measurement day (here, the four days of the 8th, 9th, 11th, and 12th), and numerical values ​​indicating the maximum blood pressure value 234 and the minimum blood pressure value 235 are further displayed in the horizontal direction at positions corresponding to each date. In the case where multiple measurements are performed on the same day, the maximum blood pressure value and the minimum blood pressure value may be their respective average values, the highest value and the lowest value, or other representative values. The upper end 232 and the lower end 233 of each bar respectively indicate the maximum blood pressure value and the minimum blood pressure value, but they may also be displayed in different colors, such as black when the maximum blood pressure value is below the target value and gray when the maximum blood pressure value exceeds the target value. For the convenience of drawing, it is displayed in black and gray, but it can actually be displayed in colors such as blue and red that are easy to distinguish. Similarly, for the lowest blood pressure value, it is displayed in gray when it exceeds the target value by a large margin, and in black when it does not deviate from the target value by a large margin. Figure 4 The display content of the blood pressure content body 31 in the blood pressure content body 31 is the same as that of the blood pressure content body 31 except that the date display is included in the blood pressure content body 31. Figure 3 It is almost the same, but the blood pressure on the blood pressure measurement day is displayed with a bar corresponding to each day of the month. Figure 5 The blood pressure content body 41 displays the content of Figure 3 and Figure 4 Generally speaking, a bar from the highest blood pressure value to the lowest blood pressure value is displayed in units of one month at a position corresponding to each month. The highest blood pressure value and the lowest blood pressure value can be the average value of the month, the highest value and the lowest value, or other representative values.

[0071] Figure 3The action record content body 24 in the action record content body 24 is a content body that displays the action record of the user corresponding to the date displayed in the date display area. In the action record content body 24, the action record input by the user corresponds to each date arranged horizontally, and is displayed as an action record of the corresponding day. As the types of action records displayed in the action record content body 24, taking medicine, exercise, vegetable intake, drinking, sleep, smoking, hospitalization, etc. can be listed. In addition, the details of the action record are displayed using icons Ic1 to Ic14 of the action record of each item. For example, as an action record about taking medicine, the number of times the medicine is taken is displayed, and as icons of the action record, a one-time medication icon Ic1, a two-time medication icon Ic2, and a three-time medication icon Ic3 are included to indicate the medication status of each day (how many times the medicine is taken on the corresponding day). In addition, as an action record about exercise, whether there is moderate exercise is displayed, and the icons of the action record include an exercise icon Ic4 indicating moderate exercise and an insufficient exercise icon Ic5 indicating insufficient exercise. In addition, as an action record regarding vegetable intake, whether or not vegetable intake has been performed is displayed, and the icons of the action record include a vegetable intake icon Ic6 indicating that a lot of vegetables have been taken and an insufficient vegetable icon Ic7 indicating that insufficient vegetables have been taken. In addition, as an action record regarding drinking, whether or not drinking has been performed is displayed, and the icons of the action record include a drinking icon Ic8 indicating drinking and a non-drinking icon Ic9 indicating that no drinking has been performed. In addition, as an action record regarding sleep, whether or not sufficient sleep has been performed is displayed, and the icons of the action record include a sleeping icon Ic10 indicating sufficient sleep and an insufficient sleep icon Ic11 indicating insufficient sleep. Moreover, as an action record regarding smoking, whether or not smoking has been performed is displayed, and the icons of the action record include a smoking icon Ic12 indicating smoking and a non-smoking icon Ic13 indicating that no smoking has been performed. Moreover, as an action record regarding hospitalization, whether or not a hospital examination has been performed is displayed, and the icons of the action record include a hospital icon Ic14 indicating that a person has been examined in a hospital, etc.

[0072] exist Figure 4 In the action record content body 32 in , the action record input by the user corresponds to each date arranged horizontally, and is displayed as an action record of the corresponding day. Figure 4 In the action record content body 32 shown in FIG. 1 , icons Ic1 and the like representing the items of the action record are displayed vertically at the left end, and the action record input by the user is displayed as circular marks 321 and the like at positions corresponding to the dates horizontally. Figure 3Similarly, medication, exercise, vegetable intake, drinking, sleep, smoking, hospitalization, etc. can be listed. Moreover, with respect to the circular mark 321, etc., regarding the medication status, a black circular mark is displayed according to each medication. Regarding other action records, a preferred result is displayed with a black circular mark 322, and a non-preferred result is displayed with a gray circular mark 323. For example, regarding exercise, the preferred result of exercise is displayed with a black circular mark, and the non-preferred result of insufficient exercise is displayed with a gray circular mark. Regarding salt control, the preferred result of salt control is displayed with a black circular mark. In the row at the left end of the salt control icon Ic15 indicating salt control, the non-preferred result of uncontrolled salt is displayed with a gray circular mark. Similarly, regarding drinking, the preferred result of not drinking is displayed with a black circular mark, and the non-preferred result of drinking is displayed with a gray circular mark. In Figure 4 In order to facilitate the production of drawings, black and gray circular marks are used for display. Black can also be displayed in blue and gray in red. In this way, the good or bad of the action can be identified based on the difference in color, so it is preferred.

[0073] Figure 5 The content of the action record body in Figure 4 Generally universal, but the circular mark indicating the result is displayed in units of one month, corresponding to each month configured horizontally, and displayed as an action record of the corresponding month. The method of deriving the action record in units of one month from the action record of each day input by the user is not particularly limited. For example, when the number of days for recording the first medication exceeds half a month, a black circular mark can be displayed in the first medication item. In addition, it can also be that when the number of days for recording the intake of many vegetables exceeds the number of days for recording insufficient vegetables, a black circular mark is displayed in the item indicating the intake of many vegetables, and when the number of days for recording the intake of many vegetables is less than the number of days for recording insufficient vegetables, a gray circular mark is displayed in the item indicating the intake of many vegetables. In addition, similarly, it can also be that when the number of days for recording drinking exceeds the number of days for recording not drinking, a gray circular mark is displayed in the item indicating not drinking, and when the number of days for recording drinking is less than the number of days for recording not drinking, a black circular mark is displayed in the item indicating not drinking.

[0074] Figure 6 (A) Figure 6 (B) shows another example of the action record content body 42 in units of months. Figure 6 In the action record content body 421 shown in (A) of FIG. 1 , the action record input by the user corresponds to each month arranged horizontally, and is displayed as the action record of the corresponding month. Figure 6In (A), the circular mark indicating the result is displayed in four sizes, namely, a large circle 4211, a medium circle 4212, a small circle 4213, and an extremely small circle 4214. For example, as for the size of the circular mark, the size of the circular mark can be changed and displayed according to the number of days in a month when the action is performed, such as extremely small circle 4214 for days 1 to 7, small circle 4213 for days 8 to 14, medium circle 4212 for days 15 to 21, and large circle 4211 for days 22 and above, according to the number of days in a month when the action is performed. In addition, if the result obtained by subtracting the number of days recorded as not being able to consume many vegetables from the number of days recorded as consuming many vegetables is positive or 0, a black circular mark is displayed in a size that matches the number of days, and if the result obtained by subtracting is negative, a gray circular mark is displayed in a size that matches the number of days. Similarly, if the result obtained by subtracting the number of days recorded for drinking from the number of days recorded for not drinking is positive or 0, a black circular mark is displayed with a size that matches the number of days, and if the result obtained by subtracting is negative, a gray circular mark is displayed with a size that matches the number of days. In addition, it can also be that, with respect to each item, when the number of days corresponding to the action recorded in a month is 0 days, the circular mark is not displayed. In addition, the color can be changed according to the size of the circular mark. The shape of the mark is not limited to a circle, and the size, color, and presence or absence of the appropriate graphic can be distinguished by a specified benchmark.

[0075] exist Figure 6 Similarly, in the action record content body 422 shown in (B) of FIG. 1 , the action record input by the user corresponds to each month arranged horizontally and is displayed as the action record of the corresponding month. Figure 6 In (B), the action records of each month for each item are displayed in numbers. Regarding the medication status, a black number 4221 is displayed, and regarding exercise and other items, two colors of numbers, black number 4222 and gray number 4223, are displayed one above the other. As the number, for example, the number of implementations, the number of target achievement, the implementation rate, and the target achievement rate can be displayed. In addition, if the content of the action record is related to the occurrence of a specific symptom (phenomenon) such as the detection of an abnormal waveform of an electrocardiogram, the occurrence rate (number of occurrences / number of measurements (inputs)) can be displayed as a number. The information displayed numerically as an action record can be appropriately set according to the content of each item, and is not limited to the above-mentioned information.

[0076] exist Figure 3 , Figure 4 , Figure 5 , Figure 6 (A) Figure 6The display example of the action record content shown in (B) is an example of a content body that is divided vertically by items instead of numerical values ​​such as blood pressure, number of steps, and weight. In addition, it can also be displayed through a pie chart representing the occurrence rate and achievement rate. The display scheme is not limited, but each information is displayed at a position corresponding to each day of a week or month, or each month of a year arranged horizontally.

[0077] Figure 3 The step count content body 25 in the figure is a content body that displays the user's step count corresponding to the date of the target time period. In the step count content body 25, a range of 2000 (steps) to 6000 (steps) is set as the vertical axis. In addition, in the step count content body, the number of steps on each step measurement day (here, the five days of the 8th, 9th, 10th, 11th, and 12th) is displayed by a bar graph 251 corresponding to each date of the week arranged horizontally, and a step value 252 is displayed at the top of the bar graph 251. Figure 4 The display content of the step number content body 33 is the same as Figure 3 Roughly the same, but Figure 4 In the figure, the number of steps on the step measurement day is displayed in a bar graph format corresponding to each date of a month arranged horizontally. Figure 5 The display content of the step number content body 43 is the same as Figure 4 Roughly the same, but Figure 5 In the figure, the number of steps is displayed in a bar graph format corresponding to each month of the year arranged horizontally. Here, the number of steps per month is displayed by the average value of the number of steps in that month, but the display scheme of the number of steps is not limited to this, and can be the total value of the number of steps in a month.

[0078] Figure 3 Body weight content in 26, Figure 4 Body weight content in 34, Figure 5 The weight content body 44 in the figure is a content body that displays the weight of the user corresponding to the date of the target time period. In each weight content body, a range of 55 (kg) to 65 (kg) is set as the vertical axis. In addition, in each weight content body, as the weight corresponding to each date arranged horizontally, for example, in the weight content body 26, the measured values ​​of the four days of the 8th, 10th, 11th, and 12th are displayed with a line graph 261, and the weight value 262 is displayed on the upper part of the line graph 261. In addition, in the weight content body 44, a graph indicating the average value of each month is displayed, but a graph indicating other representative values ​​may also be displayed.

[0079] As content bodies displayed on the screen Sc, there are also a sleep time content body 27, a calorie consumption content body 28 (described later), and the like. The sleep time content body 27 is a content body that displays the sleep time of the user corresponding to the date of the target time period. In the sleep time content body, as the sleep time corresponding to each date arranged horizontally, for example, the measured value of each date is displayed by a line graph, and the sleep time is displayed at the top of the line graph. In addition, the calorie consumption content body 28 is a content body that displays the calorie consumption of the user corresponding to the date of the target time period. In the calorie consumption content body, as the calorie consumption corresponding to each date arranged horizontally, for example, the measured value of each date is displayed by a line graph, and the calorie consumption value is displayed at the top of the line graph.

[0080] In addition, the information included in the content displayed on the screen Sc may be the above-mentioned indicators indicating the physical and mental state of a person or indicators related to health, or other information. In addition, as the display period in each content body, examples such as week (display 7 days), month (display 31 days), and year (display 12 months) are shown this time, but according to the characteristics of the data to be displayed in the content body and the screen size, a display period such as one day (display 24 hours) or three months with 10 days as a scale can also be appropriately selected.

[0081] (First display mode)

[0082] The following will determine Figure 3 A first display pattern of a display scheme when each content body exemplified in FIG. 1 is displayed on the touch panel display 12 of the terminal 1 will be described.

[0083] Figure 7 Shows Figure 3 The display state of each content body shown in the example in the touch panel display 12 of the terminal 1. Here, the frame shown by the dotted line represents the range of the image displayed in the touch panel display 12, that is, the screen Sc. Figure 7 In order to explain the change of the display scheme of the content body in the terminal 1, the content body that is not actually displayed on the touch panel display 12 is also recorded outside the screen Sc. Figure 7 , Figure 8 , Fig. 9 In each figure, Figure 3Similarly, the display of the sleep time content body 27 and the calorie consumption content body 28 is omitted. Here, the date display area, the fixed display content body display area, and the mobile display content body display area are arranged adjacent to each other vertically (from top to bottom) in the screen of the touch panel display 12, and each content body is arranged vertically in the corresponding content body display area for explanation. In addition, the bottom in this embodiment is equivalent to the first direction of the present invention, and the top in this embodiment is equivalent to the second direction of the present invention. The first direction can be, for example, the right direction of the touch panel display 12, which can make the content body move horizontally on the touch panel display 12. The first direction and the second direction can also be appropriately set according to the shape of the screen Sc, and are not limited to horizontal or vertical.

[0084] Hereinafter, a case where the display scheme of each content body is changed in response to a moving instruction in the up-down direction for the content body displayed on the touch panel display 12 is described. It should be noted that, in the following, as a user input operation, a case where the user touches a portion of the touch panel display 12 corresponding to the moving display content body display area Re2 with a finger, and moves the finger in the up-down direction (±Y direction) while touching the touch panel display 12 (also referred to as sliding or flicking), thereby inputting a moving instruction in the +Y direction or -Y direction corresponding to the amount of movement of the finger, but the portion touched by the user for operation may be the entire touch panel display 12, or an operation image such as a scroll bar or a slider may be displayed on the right edge of the screen Sc, and the user may touch the operation image with a finger to perform the operation, and in addition, any operation method other than the user touching the touch panel display 12 may be used, such as an instruction based on a direction indication key included in an input device such as a keyboard connected to the terminal 1, and the rotation of a scroll wheel provided on a mouse. The user's input operation is equivalent to the input of the instruction of the present invention.

[0085] Here, adjacently arranged areas such as a date display area, a fixed display content body display area, and a movable display content body display area do not mean a state where the areas are continuously arranged without gaps between the areas, but also include situations where there are blank spaces, frame lines or dividing lines, text or decorative elements, or advertisements between the areas, and it means that as long as there is a degree of continuity that the user can recognize as a series of areas displaying multiple content bodies, it will be sufficient.

[0086] Next, use Figure 7The fixed display content body display area Re1 is described in detail. The fixed display content body display area Re1 is an area on the screen Sc that displays the content body that is always displayed on the screen Sc, that is, the fixed display content body, unless a specific action such as switching the display mode of the screen Sc, stopping or ending the display is performed. In this embodiment, the fixed display content body included in the fixed display content body group is only the blood pressure content body 23, so in Figure 7 In the fixed display content body display area Re1, only the blood pressure content body 23 is displayed, but when the fixed display content body group includes multiple fixed display content bodies, all of the fixed display content bodies are displayed. When multiple content bodies are displayed in the fixed display content body display area Re1, the display order of each fixed display content body in the fixed display content body display area Re1 is preset, and the order does not change but remains fixed unless other operations such as replacement of the fixed display content body are performed. Similarly, in the first display mode, the height of the display area of ​​each fixed display content body in the fixed display content body display area Re1 is also preset. It should be noted that the height of the display area of ​​each fixed display content body can be set to be equal (the same height), and when there is a difference in the height of the original content body, it can also be set to a height corresponding to the ratio of the height.

[0087] Next, use Figure 7 The mobile display content body display area Re2 is described in detail. The mobile display content body display area Re2 is adjacent to the bottom (-Y direction) of the fixed display content body display area Re1 in the screen Sc. In the mobile display content body display area Re2, a series of mobile display content bodies, which are arranged in sequence from the top in the order of each mobile display content body included in the first mobile display content body group 20a, are areas that can be displayed in a scrollable manner in the up and down direction (Y-axis direction). It should be noted that the height of each mobile display content body in the mobile display content body display area Re2 is preset.

[0088] exist Figure 7 In the description, the blood pressure content body 23 is equivalent to the fixed display content body of the present invention. The action record content body 24, the step count content body 25, and the weight content body 26 are equivalent to the mobile display content body of the present invention. The fixed display content body display area Re1 and the mobile display content body display area Re2 are respectively equivalent to the fixed display content body display area and the mobile display content body display area of ​​the present invention.

[0089] Figure 8 Shows from Figure 7Starting from the state shown in , the display of the screen Sc of the touch panel display 12 in a state where the display scheme of each content body changes by accepting the upward (+Y direction) movement instruction of the user operation. At this time, a series of moving display content bodies displayed in the moving display content body display area Re2 of the screen Sc move upward relative to the moving display content body display area Re2, and a part of the action record content body 24 becomes outside the moving display content body display area Re2. At this time, the part of the action record content body 24 that becomes outside the moving display content body display area Re2 is designated as a moving display content body belonging to the second moving display content body group 20b and is added to the second moving display content body group 20b. On the other hand, the part of the action record content body 24 displayed in the moving display content body display area Re2 continues to remain as the first moving display content body group. In this embodiment, the area for displaying the second moving display content body group 20b is not set, so a part of the action record content body 24 belonging to the second moving display content body group (i.e., the part of the action record content body 24 that is outside the moving display content body display area Re2) is not displayed, while the part whose display position is within the moving display content body display area Re2 continues to remain as the first moving display content body group, and thus continues to be displayed within the moving display content body display area Re2. In addition, as the display position of a series of moving display content bodies moves upward on the screen Sc, Figure 7 In the embodiment, the display position of the part of the lower part of the step content body 25 that is not displayed on the screen Sc becomes the mobile display content body display area Re2 and is displayed on the screen Sc. In this way, in a series of mobile display content bodies that are arranged in order to form the mobile display content bodies belonging to the first mobile display content body group 20a, specifically, with the action record content body 24 as the starting point, the step content body 25 and the weight content body 26 are continuous up and down, and move upward as a whole while maintaining their order, continuity and the size of each content body. At this time, in the starting point part (here, a part of the action record content body 24) of a series of mobile display content bodies that become the outside of the mobile display content body display area Re2, this part is designated as a mobile display content body belonging to the second mobile display content body group 20b, added to the second mobile display content body group 20b, and removed from the first mobile display content body group 20a. In this embodiment, the area for displaying the second moving display content body group 20b is not set, so a portion of the action record content body 24 belonging to the second moving display content body group (i.e., the portion of the action record content body 24 that is outside the moving display content body display area Re2) becomes non-displayed.

[0090] Fig. 9FIG. 1 shows an example of a display of the screen Sc of the touch panel display 12 in which the display scheme is changed in response to the upward movement instruction. At this time, the display position of the action record content body 24, which is the starting point of a series of moving display content bodies, is further moved upward and moved outside the moving display content body display area Re2. Fig. 9 As shown in FIG. 1 , when the entire action record content body 24 moves outside the moving display content body display area Re2, the lower end portion of the action record content body 24 is added to the second moving display content body group 20b and removed from the first moving display content body group 20a. As a result, the entire action record content body 24 belongs to the second moving display content body group 20b, and the entire action record content body 24 does not belong to the first moving display content body group 20a, so the action record content body 24 is not displayed on the screen Sc.

[0091] like Figure 7 , Figure 8 as well as Fig. 9 As shown, in the first display mode, in response to an upward movement instruction for a series of moving display content bodies, each content body is linked to each other and its display position is moved upward in the moving display content body display area Re2. Moreover, when the content body (including part of the content body) located at the starting point of a series of moving display content bodies and displayed on the upper end side of the moving display content body display area Re2 moves outside the moving display content body display area Re2, the part is added to the second moving display content body group 20b and removed from the first moving display content body group 20a, thereby becoming non-displayed. When the content body as a whole becomes outside the moving display content body display area Re2, the content body as a whole is added to the second moving display content body group 20b and removed from the first moving display content body group 20a, and is not displayed on the screen Sc.

[0092] In this way, by displaying each content body according to the first display mode, the user can sequentially switch the content body displayed on the upper end side of the moving display content body display area Re2, that is, the area adjacent to the blood pressure content body 23, while displaying the history of blood pressure as the fixed content body displayed in the fixed display content body display area Re1, thereby comparing the history of blood pressure and the history of action, number of steps, and weight to confirm the relationship between each change, causal relationship, etc. In a terminal 1 such as a smartphone with a limited display area such as the touch panel display 12, in the moving display content body display area Re2, the content body is sequentially moved to a display position close to the blood pressure and easy to visually confirm at a glance by a simple operation such as sliding, thereby making it easy to compare each content body. In addition, by setting the content body moved outside the moving display content body display area Re2 among a series of content bodies arranged in the vertical direction to non-display, it is possible to ensure the display area of ​​other content bodies, so that it is easy to understand the information displayed in each displayed content body. Here, a case is described in which, when a part of the mobile display content body displayed in the mobile display content body display area Re2 becomes outside the display area on the upper side of the mobile display content body display area Re2, only the part that becomes outside the display area is added to the second mobile display content body group 20b and removed from the first mobile display content body group 20a, and the part that is in the display area remains in the first mobile display content body group 20a. However, it is also possible that, even when a part of the mobile display content body becomes outside the display area on the upper side of the mobile display content body display area Re2, the entire content body is immediately added to the second mobile display content body group 20b and removed from the first mobile display content body group 20a. In this case, on the screen, when a part of the first content body displayed in the mobile display content body display area Re2 is outside the screen, the entire content body immediately becomes non-displayed. Moreover, in this case, a blank space is generated between the upper end of the mobile display content body display area Re2 and the upper end of the second content body displayed in the mobile display content body display area Re2, but the blank space can be gradually reduced without any processing as the mobile display content body moves upward as a whole, or the first content body can be made non-displayed, and immediately after the blank space is generated, the display position of the second and subsequent content bodies, that is, a series of mobile display content bodies displayed in the mobile display content body display area Re2 at this point in time, is moved upward by the height of the blank space and displayed in alignment with the upper end of the mobile display content body display area Re2.

[0093] Here, the following case is described: the display of the screen Sc of the touch panel display 12 is changed from Figure 7 From the state shown in FIG. 1 (initial state), in response to an upward movement instruction obtained based on a user's operation, the display of the screen Sc moves to the state shown in FIG. Figure 8, Fig. 9 The display is controlled in the manner of display changes shown in the respective figures. When the user inputs a downward (-Y direction) movement instruction for a series of moving display content displayed in the moving display content display area Re2, the display is controlled in a manner in which the display of the screen Sc changes in the opposite order to the upward (+Y direction) movement instruction (the same applies to the display modes and embodiments described below). For example, when the screen Sc of the touch panel display 12 is Fig. 9 When a downward (-Y direction) movement instruction is input in the state shown in FIG. 1 , a series of moving display contents are displayed as a whole from Fig. 9 The image shown in 2 starts to move downward, and as a result, the step content body 25 and the weight content body 26 move downward in the moving display content body display area Re2, and the entire weight content body 26 and a part of the lower end side of the step content body 25 are not displayed. As a result, since a space can be generated on the upper end side of the mobile display content body display area Re2, a part of the content body included in the second mobile display content body group 20b can be displayed in the mobile display content body display area Re2. Therefore, a part of the lower end side of the action record content body 24, which is the element added to the second mobile display content body group 20b last, is removed from the second mobile display content body group 20b and added to the starting point of the first mobile display content body group 20a. As a result, a part of the lower end side of the action record content body 24 added to the starting point of the first mobile display content body group 20a is displayed in the part close to the fixed display content body display area in the mobile display content body display area Re2 where the content body included in the first mobile display content body group 20a is displayed as a series of mobile display content bodies. As a whole, the display of the screen Sc of the touch panel display 12 becomes Figure 8 The same process is performed by moving the instruction downward, and as a result, all of the action record content body 24 is removed from the second moving display content body group 20b and added to the starting point of the first moving display content body group 20a, and all of the action record content body 24 is displayed in the moving display content body display area Re2, so as to return to Figure 7 The state shown in FIG. 1 changes. The screen Sc of the touch panel display 12 changes from Figure 7 The image shown in Figure 8 The image shown in Fig. 9 Starting from the screen Sc in the middle of the image shown in , even if the user inputs a movement instruction downward (-Y direction), the same processing is performed and the display of the screen Sc changes.

[0094] (Second display mode)

[0095] The following, Figure 3 A method of controlling display in the touch panel display 12 of the terminal 1 of each content body exemplified in the second display mode will be described.

[0096] Fig.10 Shows from Figure 7 Starting from the state shown in FIG. 1 , the screen Sc of the touch panel display 12 in the second display mode is displayed when the user inputs an upward movement instruction. At this time, in response to the user's movement instruction, first, a change in the vertical direction of the fixed display content body display area Re1 and the mobile display content body display area Re2 occurs, and then a series of movements of the mobile display content body occur in the mobile display content body display area Re2. Specifically, the height of the mobile display content body display area Re2 changes from 1 to 1. Figure 7 The height H1 of the normal display shown in FIG. Fig.10 , and the height H2 (H2>H1) of the fixed display content body display area Re1 in the vertical direction is reduced by the amount of H2-H1. At this time, the fixed display content body, that is, the blood pressure content body 23 displayed in the fixed display content body display area Re1 becomes a blood pressure content body 23shr that is reduced in the vertical direction while maintaining its display content. In addition, the relative position of a series of moving display content bodies in the display area Re2 does not change at this time point. As the moving display content body display area Re2 is enlarged (that is, the upper end of the moving display content body display area Re2 moves to the upper part of the screen Sc), the display position of a series of moving display content bodies in the screen Sc also moves upward, and the part displayed in the moving display content body display area Re2 is enlarged. As a result, the step count content body 25 is displayed entirely in the moving display content body display area Re2. Here, the height of the display area is equivalent to the length in the direction orthogonal to the prescribed direction of the display area of ​​the present invention. In addition, the heights H1 and H2 in the vertical direction of the moving display content body display area Re2 are respectively equivalent to the first prescribed length and the second prescribed length of the present invention.

[0097] It should be noted that in Figure 7 and Fig.10 In the example shown in , only the blood pressure content body 23 is displayed in the fixed display content body display area Re1, but there are multiple fixed display content bodies in the fixed display content body group. When the height of the fixed display content body display area Re1 in which multiple fixed display content bodies are displayed is reduced, the height of the display area of ​​each fixed display content body is reduced while maintaining the ratio of the heights of the respective display areas of the multiple fixed display content bodies displayed in the fixed display content body display area Re1.

[0098] The magnification of the mobile display content display area Re2 is increased to Fig.10 The stage stops at the prescribed height H2 shown in FIG. Fig.11 It shows that from Fig.10 , and the display scheme is changed in response to the user's upward movement instruction. As described above, when the height of the mobile display content body display area Re2 increases to the specified height H2, the upward enlargement of the mobile display content body display area Re2 stops. Therefore, when the user's input instruction is higher than the amount equivalent to H2-H1, after the height of the fixed display content body display area Re1 is reduced and the height of the mobile display content body display area Re2 is enlarged, the mobile display content body display area Re2 is enlarged to generate a series of movements of the mobile display content body in the mobile display content body display area Re2. The movement of the series of mobile display content bodies in the mobile display content body display area Re2 is the same as the movement described in the first display mode. The part of the series of mobile display content bodies that moves outside the mobile display content body display area Re2 is added to the second mobile display content body group 20b and is removed from the first mobile display content body group 20a. In the second display mode, as in the first display mode, the area for displaying the second mobile display content body group 20b is not set, and thus becomes non-display. Furthermore, as the display positions of the series of moving display content bodies move upward on the screen Sc, the weight content body 26 adjacent to and below the step count content body 25 is also displayed in the moving display content body display region Re2.

[0099] As described above, in the second display mode, in response to the user's upward movement instruction, first, the height of the mobile display content body display area Re2 is increased, and the height of the fixed display content body display area Re1 is reduced. Fig.10 As shown, after the enlargement of the mobile display content body display area Re2 and the reduction of the fixed display content body display area Re1 are completed, the series of mobile display content bodies displayed in the mobile display content body display area Re2 are relatively moved upward relative to the mobile display content body display area Re2. According to the increase in the height of the mobile display content body display area Re2, the display position of the series of mobile display content bodies displayed in the mobile display content body display area Re2 on the screen Sc moves upward until the enlargement of the mobile display content body display area Re2 and the reduction of the fixed display content body display area Re1 are completed, but the relative display position relative to the mobile display content body display area Re2 does not change, and as the mobile display content body display area Re2 is enlarged, the display range of the lower end part of the series of mobile display content bodies is only enlarged.

[0100] Fig.12 It shows that from Fig.11Starting from the state shown in , the display scheme is changed in response to the user's upward movement instruction. Fig.12 As shown, as the display position of a series of moving display content bodies moves upward, the portion of the action record content body 24 that moves to the outside of the moving display content body display area Re2 gradually enlarges from the upper end side, and the portion remaining in the moving display content body display area Re2 gradually decreases. In this case, the portion of the action record content body 24 that becomes outside the moving display content body display area Re2 is added to the second moving display content body group 20b and removed from the first moving display content body group 20a, thereby becoming non-displayed. In addition, as the display position of a series of moving display content bodies moves upward on the screen Sc, the step count content body 25 and the weight content body 26 arranged on the lower side of the series of moving display content bodies are displayed in the moving display content body display area Re2 on the screen Sc.

[0101] In this way, the display scheme is changed according to the second display mode, so that the user can compare the blood pressure history of each day of the week in the horizontal direction and the history of the action, step number, and weight in which the information is arranged for each day of the week in the horizontal direction, and confirm the relationship between the changes and cause and effect relationships of each. In the terminal 1 such as a smartphone with a limited display area such as the touch panel display 12, the area of ​​the fixed display content body display area Re1 is large in the initial state, and as a result, the display area of ​​the blood pressure content body 23 is large, so it is easy to grasp the information of the blood pressure content body 23 itself. When a series of moving display content bodies are to be moved, the area of ​​the fixed display content body display area Re1 is reduced, and the moving display content body display area Re2 is enlarged, so that the display area of ​​a series of moving display content bodies displayed in the moving display content body display area Re2 is enlarged, and it is easy to display more information at one time, and it is also easy to compare each information. In addition, in the moving display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare each content body. Furthermore, by non-displaying the content that has moved outside the moving display content display area Re2 among a series of content arranged in the vertical direction, the display area for other content can be ensured, making it easy to understand the information displayed in each displayed content.

[0102] In the second display mode, the upper end of the content display area Re2 is moved from the screen Sc (see FIG. 1 ) displayed on the touch panel display 12 of the terminal 1 in accordance with the first input instruction such as scrolling. Figure 7) starts to move upward (the direction in which the moving display content body group 20 moves), thereby enlarging the height of the moving display content body display area Re2 in the upward direction. However, the moving display content body display area Re2 and the fixed display content body display area Re1 are not limited to being set by dividing (part of) a limited display area like the screen Sc of the touch panel display 12. That is, it is also possible that, when the end of the moving display content body display area Re2 in the direction opposite to the direction in which the moving display content body group 20 moves (the downward direction in the above example) does not connect with the end of the screen Sc in the opposite direction (lower side), the end of the moving display content body display area Re2 in the direction opposite to the direction in which the moving display content body group 20 moves in the direction opposite to the direction in which the moving display content body group 20 moves, thereby enlarging the height of the moving display content body display area Re2 in the direction opposite to the direction in which the moving display content body group 20 moves.

[0103] In the above example, the content display area Re2 is moved from the screen Sc (see FIG. 1 ) displayed on the touch panel display 12 of the terminal 1 according to the first input instruction such as scrolling. Figure 7 ) is described above, but it is also possible that the moving display content body display area Re2 is reduced according to the scroll instruction or the like input initially (in this case, the height of the fixed display content body display area Re1 is enlarged). Such reduction of the moving display content body display area Re2 can be performed as follows: the upper end of the moving display content body display area Re2 is moved in the direction opposite to the direction in which the moving display content body group 20 moves (in the above example, upward). In addition, it can also be performed by moving the lower end of the moving display content body display area Re2 in the direction in which the moving display content body group 20 moves (in the above example, upward).

[0104] In the above-mentioned terminal 1, the mobile display content body display area Re2 and the fixed display content body display area Re1 are displayed on the same touch panel display 12, so the horizontal widths (the length in the direction perpendicular to the moving direction) of the two are the same, but the widths of the mobile display content body display area Re2 and the fixed display content body display area Re1 can also be made different.

[0105] Here, when the height of the mobile display content body display area Re2 is enlarged in the above manner, the relative positional relationship between the mobile display content body display area Re2 and the display surface such as the screen Sc can be various positional relationships according to the composition of the display surface. As the mobile display content body display area Re2 is enlarged, if there is a situation where the mobile display content body display area Re2 as a whole moves to the upper side (the direction in which the mobile display content body group 20 moves) relative to the display surface, there is also a situation where it moves to the lower side (the direction opposite to the direction in which the mobile display content body group 20 moves). In addition, at this time, the relative positional relationship between the mobile display content body group 20 and the mobile display content body display area Re2 can also be multiple. That is, if there is a situation where the mobile display content body group 20 moves together with the mobile display content body display area Re2, there is also a situation where only the mobile display content body display area Re2 moves.

[0106] The above-mentioned overall positional relationship between the moving display content body display region Re2 and the display surface and the relative positional relationship between the moving display content body display region Re2 and the moving display content body group 20 are also the same when the moving display content body display region Re2 is reduced.

[0107] <Example 2>

[0108] The information display system 100 of the second embodiment is described below. The same reference numerals are used for the same configurations as those of the first embodiment, and detailed descriptions are omitted. The configuration of the information display system 100, including the configuration of the terminal 1, is the same as that of the first embodiment. Only the display method of each content body on the touch panel display 12 of the terminal 1 is different.

[0109] (Third display mode)

[0110] The following, Figure 3 A method of controlling display of each content body exemplified in FIG. 1 on the touch panel display 12 of the terminal 1 , that is, a third display mode will be described.

[0111] Fig.13 An example of a display scheme of the screen Sc of the third display mode is shown. Here, the case of selecting the step content body 25, the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28 as the moving display content body is described. Therefore, as a series of moving display content bodies, starting from the starting point, it is composed of the step content body 25, the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28. The content body at the starting point of the series of moving display content bodies is the step content body 25, so the step content body 25 is displayed at the top of the moving display content body display area Re2, and based on the configuration order of the content bodies, the weight content body 26 stored in the screen Sc is displayed below the step content body 25.

[0112] Fig.14 It shows that from Fig.13 In the second display mode, in response to the user's upward movement instruction, the display scheme is changed. As in the second display mode, in response to the user's upward movement instruction, the height of the mobile display content body display area Re2 is increased, and the fixed display content body display area Re1 is reduced. The height of the mobile display content body display area Re2 is changed from Fig.13 The height H1 shown in FIG. increases to Fig.14 The height H3 (H3>H1) shown in FIG. 1 is a height H3 (H3>H1) shown in FIG. 1. As the moving display content body display area Re2 is enlarged, the height of the fixed display content body display area Re1 in the vertical direction is reduced, but the display content of the blood pressure content body 23 does not change, and the blood pressure content body 23shr2 that is reduced in the vertical direction is displayed. In addition, similarly to the second display mode, at this point in time, the relative positions of a series of moving display content bodies in the moving display content body display area Re2 do not change, so the sleep time content body 27 is displayed below the enlarged moving display content body display area Re2. In addition, the heights H1 and H3 of the moving display content body display area Re2 in the vertical direction correspond to the first prescribed length and the second prescribed length of the present invention, respectively.

[0113] Fig.15 It shows that from Fig.14 The state shown in FIG. 1 is started, and the display scheme is changed in response to the user's upward movement instruction. Fig.15 As shown, a second mobile display content body display area Re22 for displaying a mobile display content body belonging to the second mobile display content body group 20b is set on the screen Sc to overlap with the fixed display content body display area Re1. In relation to the second mobile display content body display area Re22, the previous mobile display content body display area Re2 arranged on the screen Sc at a position adjacent to the bottom of the fixed display content body display area Re1 is referred to as the first mobile display content body display area Re21. The second mobile display content body display area Re22 has the same length (width) as the fixed display content body display area Re1 in the lateral direction (X direction) of the screen Sc, and is set to a position and height overlapping with at least a portion of the fixed display content body display area Re1 in the up-down direction (Y direction) of the screen Sc. In this embodiment, as Fig.15As shown, the second moving display content body display area Re22 is set to the same position and height as the fixed display content body display area Re1 in the up-down direction of the screen Sc. In response to the user's upward movement instruction, the display position of the content body, i.e., the step content body 25, which is the starting point of a series of moving display content bodies displayed in the first moving display content body display area Re21, moves upward, and when it moves as a whole outside the first moving display content body display area Re21, the step content body 25 is added to the second moving display content body group 20b as a whole and removed from the first moving display content body group 20a. In the third display mode, in the second moving display content body display area Re22, the content body belonging to the second moving display content body group 20b is controlled to be displayed through processing. As a result, the step content body 25 is displayed overlapping with the blood pressure content body 23. It should be noted that as a display scheme for displaying the step content body 25 in the second moving display content body display area Re22, the following scheme can be exemplified. That is, consider the following scheme: Fig.16 The step number content body 25 shown in (A) is as follows Fig.16 As shown in (B), the step content body 25tr is made semi-transparent by the transparent processing, and is displayed in the second moving display content body display area Re22 in accordance with the size of the second moving display content body display area Re22, thereby Fig.16 As shown in (C), the blood pressure content body 23shr2 displayed in the fixed display content body display area Re1 is overlapped and displayed. Fig.16 As shown in (D), the overlapping display content body 51 formed by overlapping the blood pressure and the number of steps respectively arranged in correspondence with the same date in the horizontal direction is displayed on the screen Sc. In addition, when the number of steps content body 25 is displayed in the second moving display content body display area Re22, it can be like Fig.16 The title and axis may be displayed on the left side of the content body as in the step number content body 25tr2 shown in (E) of FIG. Fig.16 As shown in (F), only the chart is transparently processed, and the numbers and characters are not transparently processed and displayed normally. Fig.16 As shown in (G), when the step count content body 25 after the transparent processing is displayed in the second moving display content body display area Re22, the step count content body after the transparent processing is shifted by about half the width of the date, so that the step count graph and the blood pressure graph are staggered and displayed, so that a more understandable display can be performed. In addition, unlike these transparent processing, such as Fig.16 (D) Fig.16As shown in (G), when overlapping, the display positions of the values ​​of the chart can also be allocated according to the indicators. It should be noted that no matter what the height of the moving display content body (for example, the step content body 25) added to the second moving display content body group 20b is, it can be enlarged or reduced to match the height of the second moving display content body display area Re22. As a result, Fig.15 , Fig.16 As shown, for example, the blood pressure content body 23 and the step count content body 25 can be matched with each other in a transparent and overlapping manner, so that the two types of information can be compared more directly. Fig.15 As shown, a series of moving display content bodies composed of the first moving display content body group 20a are arranged in the order of weight content body 26, sleep time content body 27, and calorie consumption content body 28 by removing the step count content body 25 from the first moving display content body group 20a, and a part of the calorie consumption content body 28 is displayed in the first moving display content body display area Re21. Here, the first moving display content body display area Re21 is equivalent to the first moving display content body display area of ​​the present invention, and the second moving display content body display area Re22 is equivalent to the second moving display content body display area of ​​the present invention.

[0114] As described above, when the moving display content body group 20 displayed in the moving display content body display area Re2 is moved upward on the screen Sc according to the user's operation, Fig.13 Starting from the initial state shown in FIG. 1 , first, the height of the mobile display content body display area Re2 increases, and the height of the fixed display content body display area Re1 decreases. Fig.14 As shown, the content such as the step number content 25 displayed in the enlarged moving display content display area Re2 is moved upward relatively with respect to the moving display content display area Re2 and is displayed in the second moving display content display area Re22.

[0115] In addition, Fig.13 , Fig.14 as well as Fig.15In the example shown in FIG. 1 , the fixed display content body displayed in the fixed display content body display area Re1 is the blood pressure content body 23, but multiple fixed display content bodies may be displayed in the fixed display content body display area Re1. In this way, when multiple fixed display content bodies are displayed in the fixed display content body display area Re1, the second moving display content body display area Re22 may be set to the same position and height in the up-down direction as the display area of ​​any one or more fixed display content bodies, or multiple such second moving display content body display areas Re22 may be set. At this time, the portion of the fixed display content body display area Re1 that does not overlap with the second moving display content body display area Re22 is set as a non-stop area. In this non-stop area, when the moving display content body moves in the fixed display content body display area Re1, when it moves in the second moving display content body display area Re22 and their boundary parts or non-stop areas, the moving display content body is transparently processed and displayed overlapping with the fixed display content body. However, when the moving display content body stops on the screen Sc, the display position is controlled so that it is displayed in any second moving display content body display area Re22. That is, the display of the moving display content body is not stopped while the display remains in the non-stop area or spans across a plurality of second moving display content body display areas Re22.

[0116] Fig.17 It shows that from Fig.15 Starting from the state shown in , the display scheme is changed in response to the user's upward movement instruction. Fig.17 In the state shown in FIG. 1 , the mobile display content bodies such as the sleep time content body 27 and the calorie consumption content body 28 are displayed upward as part of the mobile display content body group 20. On the other hand, the step count content body 25 and the weight content body 26 move to the second mobile display content body group 20b and are displayed transparently and overlappingly in the second mobile display content body display area Re22 that overlaps with the display area of ​​the blood pressure content body 23shr2, i.e., the fixed display content body display area Re1. Fig.17 In the example of , at this time, first, the step number content body 25tr, which is part of the second moving display content body group 20b and moves to the second moving display content body display area Re22 overlapping with the display area of ​​the blood pressure content body 23shr2, that is, the fixed display content body display area Re1, is displayed on the front side (+Z direction) of the blood pressure content body shr2 without changing its display position. Fig.18 The front side (+Z direction) of the blood pressure content body 23shr2 of the conventional display scheme shown in (A) is shown. Fig.18 The semi-transparent step content body 25tr shown in (B) overlaps and is Fig.18The weight content body 26tr shown in (C) is overlapped with the semi-transparent weight content body 26tr after the permeation treatment. Fig.18 As shown in (D), the overlapping display content body 52 composed of the blood pressure, steps and weight respectively arranged in the horizontal direction corresponding to the same date is displayed. It should be noted that at this time, the height of the display area of ​​the moving display content body such as the step content body 25 and the weight content body 26 in the vertical direction is the same height as the height of the second moving display content body display area Re22 in the vertical direction. In addition, at this time, as the moving display content body group 20 moves upward on the screen Sc, the sleep time content body 27 arranged below the weight content body 26 and the calorie consumption content body 28 adjacent to the sleep time content body 27 below are displayed on the screen Sc of the touch panel display 12.

[0117] In this way, by displaying each content body according to the third display mode, the user can compare the blood pressure history of each day of the week in the horizontal direction with the history of actions, steps, weight, sleep time, calories consumed, etc., which are also arranged horizontally for each day of the week, and confirm the mutual relationship such as the change and cause and effect relationship of each. In addition, there is a normal display that makes it easy to grasp the information of the blood pressure content body 23 itself and a reduced display with a smaller height in the vertical direction. Therefore, the display area of ​​the content body displayed in the moving display content body display area Re2 becomes larger, and it is easy to grasp the information and also easy to compare. In addition, the blood pressure content body 23shr2 is overlapped with the content body of the second moving display content body display area Re22 that moves to the outside of the first moving display content body display area Re21 in a series of content bodies arranged in the vertical direction. As a result, the comparison of each day of blood pressure and other indicators such as the number of steps, the comparison of changes within a week, and the mutual relationship can be grasped more directly, and the overview is improved.

[0118] <Variation of Example 2>

[0119] (Fourth display mode)

[0120] Next, the fourth display mode, which is a display control method in the touch panel display 12, will be described. Regarding the display mode of the screen Sc in the fourth display mode, Figures 13 to 15 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the third display mode described above. Fig.15 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the fourth display mode.

[0121] Fig.19 Shown in Fig.15 Starting from the state shown in , the display scheme is changed in response to the user's upward movement instruction. Fig.15In the example, the following situation is considered: the step count content body 25 moves from the first moving display content body group 20a to the second moving display content body group 20b, thereby starting from the state where the semi-transparent step count content body 25tr is overlapped and displayed on the front side (+Z direction) of the blood pressure content body 23shr2 of the normal display scheme, and the display position of the weight content body 26 is further moved upward to the second moving display content body display area Re22 overlapping with the fixed display content body display area Re1. In this case, Fig.19 In the example shown in , there is only one mobile display content body belonging to the second mobile display content body group 20b. That is, there is only one content body that is displayed overlapping the front side of the blood pressure content body 23shr2 of the usual display scheme (i.e., not translucent). In this case, when the weight content body 26 moves to the second mobile display content body group 20b and its display position is newly moved to the second mobile display content body display area Re22 (fixed display content body display area Re1), first, the step count content body 25tr displayed on the front side of the blood pressure content body 23shr2 moves to the third mobile display content body group 20c. Fig.19 In the example shown in , the mobile display content body display area for the third mobile display content body group 20c is not set, so as a result, the step content body 25tr will not be displayed in the second mobile display content body display area Re22. Moreover, the overlapping display content body 56 formed by overlapping the front side of the translucent weight content body 26tr and the blood pressure content body 23tr of the normal display scheme is displayed on the screen Sc. It should be noted that the height of the second mobile display content body display area Re22 for displaying the second mobile display content body group 20b can be set to be the same as the height of the fixed display content body display area Re1 for displaying the fixed display content body. Moreover, when moving from the first mobile display content body group 20a to the second mobile display content body group 20b, the height in the vertical direction of the display area of ​​the mobile display content bodies such as the step content body 25 and the weight content body 26 is the same height as the height in the vertical direction of the second mobile display content body display area Re22. In addition, the height in the vertical direction of each mobile display content body changes continuously during the vertical movement on the screen Sc. As shown Fig.19 As shown, as the display position of the weight content body 26 moves upward from the first moving display content body display area Re21 to the second moving display content body display area Re22, the display positions of the sleep time content body 27 adjacent to the bottom and the calorie consumption content body 28 adjacent to the bottom of the sleep time content body 27 also move upward. Fig.19Although not shown, when the display position of the sleep time content body 27 moves upward from the first moving display content body display area Re21 to the second moving display content body display area Re22, the weight content body 26tr becomes non-displayed. Moreover, instead, the sleep time content body 27 is semi-transparent and displayed on the front side of the blood pressure content body 23shr2. The same is true for the case where the display position of the calorie consumption content body 28 moves from the first moving display content body display area Re21 to the second moving display content body display area Re22. It should be noted that, as described above, when the weight content body 26 moves to the second moving display content body group 20b in response to the user's upward movement instruction and its display position moves to the second moving display content body display area Re22, the step count content body 25tr moves to the third moving display content body group 20c. In this state, when the user inputs a downward (-Y direction) movement instruction for a series of moving display content bodies displayed in the moving display content body display area Re2, the display is controlled so that the display of the screen Sc changes in the opposite order to the upward (+Y direction) movement instruction (the same applies to the display mode and embodiment described below). For example, when the user inputs a downward (-Y direction) movement instruction, the step number content body 25tr that becomes non-displayed due to movement to the third moving display content body group 20c returns from the third moving display content body group 20c to the second moving display content body group 20b and is redisplayed in the second moving display content body display area Re22. In addition, the weight content body 26 returns to the first moving display content body group 20a, and its display position returns to the first moving display content body display area Re21.

[0122] In this way, each content body is displayed according to the fourth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the history of actions, steps, weight, sleep time, calories burned, etc., which are also arranged horizontally for each day of the week. In addition, in a terminal 1 such as a smartphone with a limited display area such as the touch panel display 12, there is a normal display of the blood pressure content body 23 with a large display area and easy to grasp the information of the blood pressure content body 23 itself, and a reduced display with a smaller height in the vertical direction. Therefore, the display area of ​​the content body displayed in the mobile display content body display area Re2 becomes larger, and it is easy to grasp the information and also easy to compare. In addition, in the mobile display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare the content bodies. In addition, by overlapping and displaying the blood pressure content body 23shr2 of the normal display scheme with the content body that is moved to the second moving display content body display area Re22 outside the first moving display content body display area Re21 and made semi-transparent among the series of content bodies arranged in the vertical direction in the moving display content body display area Re2, it is easier to compare the blood pressure and other indicators such as the number of steps on a daily basis and to compare the changes within a week. In addition, the number of content bodies displayed overlapping with the blood pressure content body 23shr2 is limited to one, so it is easy to grasp the information of each content body displayed overlappingly and to make comparisons. The content body displayed overlapping with the blood pressure content body 23shr2 is moved outside the first moving display content body display area Re21, so that the display area of ​​other content bodies can be ensured in the first moving display content body display area Re21, and it is easy to grasp the information displayed in each displayed content body.

[0123] Here, the case where the number of mobile display content bodies belonging to the second mobile display content body group 20b (the prescribed number of the present invention) is one is described, but it can also be set to an appropriate number of more than two. In this case, a set number of mobile display content bodies are displayed in a row on the front side (+Z direction) of the blood pressure content body 23shr2 displayed by the usual display scheme in the fixed display content body display area Re1, that is, only a set number of semi-transparent mobile display content bodies remain on the front side of the blood pressure content body 23shr2 displayed by the usual display scheme. Fig.19In the example of the fourth display mode shown in FIG. 1 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr2. The moving display content displayed in the second moving display content display area Re22 overlapped in the fixed display content display area Re1 in the moving display content display area Re2 is the semi-transparent weight content 26tr, and the moving display content displayed in the first moving display content display area Re21 in the moving display content display area Re2 is the sleep time content 27 and the calorie consumption content 28.

[0124] <Example 3>

[0125] The information display system 100 of the third embodiment is described below. The same reference numerals are used for the common configurations of the above-mentioned embodiments and detailed descriptions are omitted. The configuration of the information display system 100, including the configuration of the terminal 1, is the same as that of the first embodiment. Only the display method of each content body on the touch panel display 12 of the terminal 1 is different.

[0126] (Fifth display mode)

[0127] The following, Fig.13 The fifth display mode is described below, which is a display control method in the touch panel display 12 of the terminal 1 for each content body (the action record content body 24 is omitted) shown as an example. Regarding the display mode of the screen Sc in the fifth display mode, Figures 13 to 15 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the third display mode described above. Fig.15 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the fifth display mode.

[0128] In the fifth display mode, from Fig.15 Change to Fig.17 Different pictures. Fig.15 In the example, the step count content body 25tr is displayed overlapping the blood pressure content body 23shr2 displayed by the normal display scheme. Fig. 20, which further changes the display scheme in response to the user's upward movement instruction starting from this state. In this example, the overlapping display content body 51 with the step content body 25tr moves from the first moving display content body group 20a to the second moving display content body group 20b. As a result, in addition to the step content body 25, the weight content body 26 is transparently processed and overlapped, so that it overlaps with the fixed display content body display area Re1 (there is also a second moving display content body display area Re22) displaying the overlapping display content body 51 of the blood pressure content body 23shr2 and the step content body 25tr. At this time, the content body moved to the second moving display content body group 20b is arranged from the top and displayed in the second moving display content body display area Re22. As a result, on the front side (+Z direction) of the blood pressure content body 23shr2 whose height is reduced in the vertical direction, the step count content body 25trs is displayed in the upper half of the fixed display content body display area Re1 where the blood pressure content body 23shr2 is displayed, and the weight content body 26trs is displayed in the lower half in the horizontal direction, corresponding to the same date. Fig.21 As shown in (A), the step content body 25tr is semi-transparent, and the height of the display area in the vertical direction is reduced in a manner to become half the height of the display area of ​​the blood pressure content body 23shr2 displayed by the normal display scheme, that is, the fixed display content body display area Re1, and is arranged starting from the upper side end of the fixed content body display area Re1. Fig.21 As shown in (A), the step content body 25trs and the weight content body 26 are adjacent to each other below the step content body 25trs. Similarly, the weight content body 26 is semi-transparent, and the height of the display area is reduced in the vertical direction to become half the height of the display area Re1 of the blood pressure content body 23shr2 displayed by the normal display scheme, that is, the fixed display content body. Fig.21 The vertical direction shown in (B) is reduced, and the front side (+Z direction) of the blood pressure content body 23shr2 displayed by the usual display scheme is overlapped, as shown in FIG. Fig.21As shown in (C), the overlapping display content body 53 composed of the blood pressure arranged horizontally corresponding to the same date and the number of steps and weight arranged above and below is displayed. In addition, at this time, as the weight content body 26 moves from the first moving display content body group 20a to the second moving display content body group 20b, the display position of the sleep time content body 27 arranged below the weight content body 26 in the first moving display content body group 20a moves upward in the first moving display content body display area Re21. Moreover, the calorie consumption content body 28 arranged below the sleep time content body 27 enters the first moving display content body display area Re21 and is displayed on the screen Sc of the touch panel display 12. It should be noted that in the second moving display content body display area Re22, the display area of ​​each content body can be set to a height obtained by dividing the height of the second moving display content body display area Re22 by the number of displayed content bodies, or each content body can be set to a height corresponding to the ratio of the initial height of each content body in the first moving display content body group 20a and displayed from above.

[0129] In this way, each content body is displayed according to the fifth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the history of actions, steps, weight, sleep time, calories burned, etc., which are also arranged horizontally for each day of the week. In a terminal 1 such as a smartphone with a limited display area such as the touch panel display 12, there is a normal display of the blood pressure content body 23 with a large display area, which makes it easy to grasp the information of the blood pressure content body 23 itself, and a reduced display with a smaller height in the vertical direction, so the display area of ​​the content body displayed in the first movable display content body display area Re21 becomes larger, which makes it easy to grasp the information and also easy to compare. In addition, in the first movable display content body display area Re21, by moving the desired content body to a display position close to the blood pressure displayed in the fixed display content body display area Re1 and easy to visually confirm at a glance, it is easy to compare the content bodies. Furthermore, among a series of content bodies arranged vertically in the first moving display content body display area Re21, the content body of the second moving display content body display area Re22 that is moved outside the first moving display content body display area Re21 is rendered semi-transparent and arranged vertically, and is displayed overlapping with the blood pressure content body 23shr2 displayed by the normal display scheme. This makes it easier to understand the comparison of blood pressure with other indicators such as the number of steps and weight on a daily basis and the comparison of changes within a week.

[0130] The following, Fig.13 The display control method in the touch panel display 12 of the terminal 1 of each content body (the action record content body 24 is omitted) shown as an example in the sixth display mode is described. Regarding the display mode of the screen Sc of the sixth display mode, Figures 13 to 15 , Figures 15 to 20 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the fifth display mode described above. Fig. 20 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the sixth display mode.

[0131] Fig. 22 Shows from Fig. 20 The state shown in FIG. 1 is a case where the display scheme is changed in response to the user's upward movement instruction. Fig. 20 In the fixed display content display area Re1, the step count content 25trs is displayed in the upper half of the fixed display content display area Re1 where the blood pressure content 23shr2 is displayed, and the weight content 26trs is displayed in the lower half. Fig. 22 In the first moving display content body display area Re21, the sleep time content body 27 displayed closest to the blood pressure content body 23shr2 deviates from the first moving display content body group 20a and newly moves to the second moving display content body group 20b. As a result, the step count content body 25trs that first moves to the fixed display content body display area Re1 where the blood pressure content body 23shr2 is displayed and is overlapped and displayed at the upper end of the fixed display content body display area Re1 moves to the third moving display content body group 20c and is thus not displayed. In addition, the display position of the weight content body 26trs moves to the upper half of the fixed display content body display area Re1 instead of the step count content body 25trs, and the display position of the sleep time content body 27trs that is semi-transparent and has a reduced height in the vertical direction moves to the lower half of the fixed display content body display area Re1 instead of the weight content body 26trs. Thus, the weight content body 26trs and the sleep time content body 27trs are arranged in the order of movement from the upper end of the fixed display content body display area Re1 to the fixed display content body display area Re1 (also the second movable display content body display area Re22), and are arranged in a manner of covering the fixed display content body display area Re1, and the overlapping display content body 54 is displayed. Here, the number of content bodies that are arranged and displayed adjacent to each other up and down on the front side (+Z direction) of the blood pressure content body 23shr2 displayed by the normal display scheme is limited to two.

[0132] In the above, the case where the number of mobile display content bodies displayed in the second mobile display content body display area Re22 after moving from the first mobile display content body group 20a to the second mobile display content body group 20b is two is described, but it can also be set to an appropriate number of more than three. In addition, as described above, the heights of the mobile display content bodies arranged on the front side of the blood pressure content body 23shr2 from the upper end side of the fixed display content body display area Re1 in the vertical direction can be made equal, or can be set to heights that are the same as the ratio of the heights of the display areas of the respective content bodies when displayed by the usual display scheme in the first mobile display content body display area Re21. The heights of the content bodies belonging to the second mobile display content body group 20b and displayed in the second mobile display content body display area Re22 can be appropriately set according to their number. Fig. 20 In the example of the fifth display mode shown in FIG, the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr2. The mobile display content displayed in the second mobile display content display area Re22 in the mobile display content display area Re2, which overlaps with the fixed display content display area Re1, is the semi-transparent step count content 25trs and the semi-transparent weight content 26trs. The mobile display content displayed in the first mobile display content display area Re21 in the mobile display content display area Re2 is the sleep time content 27 and the calorie consumption content 28. It should be noted that in Fig.23 In FIG. 1 , a case is illustrated in which the number of moving display content bodies displayed in the second moving display content body display region Re22 is four while the first moving display content body group 20a is moved to the second moving display content body group 20b.

[0133] In addition, an upper limit (in the above example, 2) may be set in advance for the number of content bodies that are arranged vertically in the fixed display content body display area Re1 (also the second moving display content body display area Re22) and displayed overlapping with the blood pressure content body 23shr2 by moving to the second moving display content body group 20b. For example, the upper limit of the number of content bodies belonging to the second moving display content body group 20b may be dynamically determined so that the minimum height in the vertical direction of the display area of ​​each arranged moving display content body is not less than a specified height (for example, a fixed value, a specified ratio such as a% of the height in the vertical direction of the second moving display content body display area Re22, etc.).

[0134] Fig.23 Shows from Fig. 20Starting from the state shown in , the display scheme is further changed in response to the user's upward movement instruction. Here, by moving to the second mobile display content body group 20b, the number of content bodies displayed on the front side (+Z direction) of the blood pressure content body 23shr2 displayed by the usual display scheme and with a reduced height is not limited. Therefore, when the display positions of the four content bodies, namely the step content body 25, the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28, are all moved to the fixed display content body display area Re1 where the blood pressure content body 23shr2 is displayed, each content body is reduced to a height corresponding to the number of content bodies (here 1 / 4), adjacent in the vertical direction, and respectively arranged in the horizontal direction corresponding to the same date. Thus, the step count content body 25trs2, the weight content body 26trs2, the sleep time content body 27trs2, and the calorie consumption content body 28trs2 are arranged in a moving order from the upper end of the fixed display content body display area Re1 (also the second moving display content body display area Re22), and are configured in a manner that covers the fixed display content body display area Re1. Fig.24 (A) shows that the step count content body 25trs2, the weight content body 26trs2, the sleep time content body 27trs2, and the calorie consumption content body 28trs2 are semi-transparent and arranged vertically in a scheme with the height reduced to 1 / 4. Fig.24 The front side (+Z direction) of the blood pressure content body 23shr2 shown in (B) by the usual display scheme overlaps them, as shown in FIG. Fig.24 As shown in (C), an overlapping display content body 55 is displayed, which is composed of a blood pressure content body 23shr2 arranged horizontally corresponding to the same date and a step content body 25trs2, a weight content body 26trs2, a sleep time content body 27trs2, and a calorie consumption content body 28trs2 arranged vertically.

[0135] In this way, each content body is displayed according to the seventh display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the action, step number, weight, sleep time, calorie consumption, etc., which are also arranged horizontally for each day of the week. In a terminal 1 such as a smartphone with a limited display area such as a touch panel display 12, a normal display of the blood pressure content body 23 is provided, in which the display area is large and the information of the blood pressure content body 23 itself is easy to grasp, and a reduced display with a smaller height in the vertical direction is provided. Therefore, the display area of ​​the content body displayed in the first moving display content body display area Re21 becomes larger, and the information is easy to grasp and easy to compare. In addition, in the first moving display content body display area Re21, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare each content body. In addition, the content body moved to the second moving display content body display area Re22 outside the first moving display content body display area Re21 among a series of content bodies arranged in the vertical direction is arranged in a vertical arrangement, and overlapped with the blood pressure content body 23shr2 displayed by the normal display scheme. As a result, it is easier to compare blood pressure and other indicators such as the number of steps on a daily basis, and to compare changes within a week. The number of overlapping content bodies is limited to two, so visual confirmation is high. In addition, there is no limit to the number of content bodies arranged in the up and down directions and displayed overlapping with the blood pressure content body 23shr2, so comparisons of multiple indicators can be made. The content body displayed overlapping with the blood pressure content body 23shr2 moves to the second moving display content body display area Re22 outside the first moving display content body display area Re21. As a result, the display area for other content bodies can be ensured within the first moving display content body display area Re21, making it easy to grasp the information displayed in each displayed content body. Fig.23 In the example of the seventh display mode shown in FIG. 1 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr2. The moving display content displayed in the second moving display content display area Re22 in the moving display content display area Re2, which overlaps with the fixed display content display area Re1, is the semi-transparent step count content 25trs2, weight content 26trs2, sleep time content 27trs2, and calorie consumption content 28trs2. Fig.23 In the moving display content body display region Re2, there is no moving display content body displayed in the first moving display content body display region Re21 in the moving display content body display region Re2.

[0136] <Example 4>

[0137] The information display system 100 of the fourth embodiment is described below. The same reference numerals are used for the common configurations of the above-mentioned embodiments, and detailed descriptions are omitted. The configuration of the information display system 100, including the configuration of the terminal 1, is common to the first embodiment. Only the display method of each content body on the touch panel display 12 of the terminal 1 is different.

[0138] (Sixth display mode)

[0139] The following, Fig.13 The display control method in the touch panel display 12 of the terminal 1, that is, the sixth display mode, of each content body (the action record content body 24 is omitted) shown as an example in FIG. Fig.13 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the third display mode described above. Fig.13 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the sixth display mode.

[0140] Fig.25 It shows that from Fig.13 The state shown in the figure begins to change to Fig.14 Examples of different screens. Fig.14 In, from Fig.13 Starting from the screen Sc shown in FIG. 1 , in a state where all the step content bodies 25 adjacent to the lower side of the blood pressure content body 23shr2 are displayed, as the display position of the mobile display content body group 20 moves upward, the height of the mobile display content body display area Re2 in the vertical direction increases from Fig.13 The height H1 increases to Fig.14 The height is H3. Fig.25 In the screen Sc shown in FIG. 1 , similarly, as the display position of the step content body 25 adjacent to the lower side of the blood pressure content body 23 moves upward, the height of the moving display content body display area Re2 in the vertical direction changes from Fig.13 The height H1 increases to Fig.25 The height is H4 (H4>H1). Fig.25 The height of the display area of ​​the blood pressure content body 23shr3, that is, the fixed display content body display area Re1, can be Fig.14 The display area of ​​the blood pressure content body 23shr2 in the fixed display content body display area Re1 may be the same or different. Fig.25 Starting from the state shown in FIG. 1 , the display position of the moving display content body group 20 including the step content body 25 and the weight content body 26 is moved upward on the screen Sc. Fig.26 As shown, the step content body 25 belonging to the first moving display content body group 20a moves to the second moving display content body group 20b. Fig.26 In the second moving display content body display area Re22, the height in the vertical direction of the display area of ​​the step number content body 25 adjacent to the lower side of the blood pressure content body 23shr3 is from Fig.25 The height H5 shown in the figure is reduced to Fig.26 The height H6 shown in Fig.26 At this time, as the display positions of the weight content body 26 and the sleep time content body 27 move upward, a portion of the calorie consumption content body 28 adjacent to the lower side of the sleep time content body 27 enters the moving display content body display area Re2 and is displayed on the screen Sc.

[0141] like Fig.25 As shown, starting from the state where the fixed display content body display area Re1 is reduced in the vertical direction and the mobile display content body display area Re2 is enlarged in the vertical direction, the display position of the mobile display content body group 20 including the step content body 25, the weight content body 26 and the sleep time content body 27 is further moved upward in the mobile display content body display area Re2 on the screen Sc. In this way, Fig.26 As shown, the step count content body 25, which is adjacent to the lower side of the blood pressure content body and is displayed at a position closest to the fixed display content body display area Re1 in the mobile display content body display area Re2, moves from the first mobile display content body group 20a to the second mobile display content body group 20b. Moreover, the content body belonging to the second mobile display content body group 20b is reduced. That is, the height of the display area of ​​the step count content body 25 in the vertical direction gradually decreases as the display position of the weight content body 26 moves upward. Furthermore, as shown in FIG. Fig. 27As shown, when the display position of the weight content body 26 moves to a position adjacent to the display area of ​​the blood pressure content body 23shr3, that is, the lower part of the fixed display content body display area Re1, that is, the position closest to the blood pressure content body 23shr3 in the mobile display content body display area Re2, the content body belonging to the second mobile display content body group 20b moves to the third mobile display content body group 20c, the display area of ​​the step count content body 25shr3 disappears, and the step count content body 25shr3 becomes non-displayed. At this time, as the display position of the weight content body 26 moves upward on the screen Sc, the calorie consumption content body 28 adjacent to the lower part of the sleep time content body 27 enters the mobile display content body display area Re2 and is displayed on the screen Sc of the touch panel display 12. Thus, as the display position of the moving display content body group 20 displayed in the moving display content body display area Re2 adjacent to the lower side of the blood pressure content body 23shr3 moves upward, the height of the display area of ​​the content body adjacent to the lower side of the blood pressure content body 23shr3 gradually decreases in the vertical direction, and the display area disappears and becomes non-displayed after a while. Each content body is arranged corresponding to the same date in the horizontal direction, so the corresponding relationship in the horizontal direction is maintained even when the display position moves upward and the display area decreases in the vertical direction.

[0142] In this way, each content body is displayed according to the sixth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the action, step number, weight, sleep time, calorie consumption and other records of which are also arranged horizontally for each day of the week. In a terminal 1 such as a smartphone with a limited display area such as a touch panel display 12, a normal display of the blood pressure content body 23 is provided, in which the display area of ​​the blood pressure content body 23 is large and the information of the blood pressure content body 23 itself is easy to grasp, and a reduced display with a smaller height in the vertical direction is provided. Therefore, the display area of ​​the content body displayed in the moving display content body display area Re2 becomes larger, and it is easy to grasp the information and also easy to compare. In addition, in the moving display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare each content body. In addition, among a series of content bodies arranged in the vertical direction in the moving display content body display area Re2, the content body displayed closest to the blood pressure content body 23shr3 is reduced in height in the vertical direction of the display area, and finally becomes non-displayed. This ensures that the display area for other content can be maintained, and multiple indicators including blood pressure can be compared. Fig.26In the example of the seventh display mode shown in FIG. 1 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr3. The moving display content displayed in the moving display content display area Re2 is the step count content 25shr3, the weight content 26, the sleep time content 27, and the calorie consumption content 28. Fig. 27 In the example, the step count content body 25shr3 is not displayed, and the moving display content body displayed in the moving display content body display area Re2 is the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28.

[0143] <Example 5>

[0144] The information display system 100 of the fifth embodiment is described below. The same reference numerals are used for the common configurations with the above-mentioned embodiments, and detailed descriptions are omitted. The configuration of the information display system 100, including the configuration of the terminal 1, is the same as that of the first embodiment. Only the display method of each content body on the touch panel display 12 of the terminal 1 is different.

[0145] (Seventh display mode)

[0146] The following, Fig.13 The display control method in the touch panel display 12 of the terminal 1, that is, the seventh display mode, of each content body (the action record content body 24 is omitted) shown as an example in FIG. Figures 13 to 26 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the sixth display mode described above. Fig.26 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the seventh display mode.

[0147] Fig.28 It shows that from Fig.26 The state shown in the figure begins to change to Fig. 27 Examples of different screens. Fig.25 In, from Fig.13 Starting from the screen Sc shown in FIG. 1 , while all the step content bodies 25 adjacent to the lower side of the blood pressure content body 23 are displayed, as the display position of the mobile display content body group 20 moves upward on the screen Sc, the vertical height of the fixed display content body display area Re1 decreases, and the vertical height of the first mobile display content body display area Re21 increases from height H1 to height H4. Fig.25Starting from the state shown in FIG. 1 , when the display position of the moving display content body group 20 including the step content body 25, the weight content body 26 and the sleep time content body 27 is further moved upward in the moving display content body display area Re2 on the screen Sc, the step content body 25 moves from the first moving display content body group 20a to the second moving display content body group 20b. In this way, by making the second moving display content body display area Re22 smaller, as shown in FIG. Fig.26 As shown, the height of the display area of ​​the step number content body 25shr3 adjacent to the lower side of the blood pressure content body 23shr3 in the vertical direction is from Fig.25 The height H5 shown in the figure is reduced to a height H6. In addition, when the height in the vertical direction of the display area of ​​the step content body 25 is reduced, a series of moving display content bodies arranged below the step content body 25, namely the weight content body 26, the sleep time content body 27, and the calorie consumption content body 28, move upward in coordination with the lower end of the display area of ​​the step content body 25 moving upward within the moving display content body display area Re2. In this way, the weight content body 26 adjacent to the bottom of the step content body 25shr3 moves from the first moving display content body group 20a to the second moving display content body group 20b. In this way, by making the second moving display content body display area Re22 smaller, the height in the vertical direction of the weight content body 26 is increased from 20a to 20b. Fig.26 The height H7 shown in the figure is reduced to Fig.28 However, the specified height H8 is maintained and no longer reduced. The height H8 of the weight content body 26shr3 may be, for example, a fixed value, or a specified ratio such as c% of the height H7. In addition, when the height of the display area of ​​the weight content body 26 in the vertical direction is reduced, a series of moving display content bodies arranged below the weight content body 26, namely the sleep time content body 27 and the calorie consumption content body 28, move upward in coordination with the lower end of the display area of ​​the weight content body 26 to move upward within the moving display content body display area Re2. In this way, Fig.28Shows a state where the heights in the vertical direction of the display areas of the step count content body 25shr3 and the body weight content body 26shr3 are respectively reduced to predetermined heights H6 and H8 (H8 < H7). These heights H6 and H8 can be predetermined fixed values, or can be defined as heights proportional to the heights when each content body belongs to the first moving display content body group 20a. In this state, in the screen Sc, it is arranged adjacent to the lower side of the blood pressure content body 23shr3 whose height in the vertical direction of the display area is reduced to the predetermined height H4, and in the moving display content body display area Re2, similarly, the height in the vertical direction of the display area of the step count content body 25shr3 is reduced to the predetermined height H6. Moreover, the body weight content body 26shr3 is arranged adjacent to the lower side of the step count content body 25shr3, and similarly, the height in the vertical direction of the display area is reduced to the predetermined height H8, and the sleep time content body 27 with a normal display scheme is arranged below the body weight content body 26shr3. Each content body is arranged corresponding to the same date in the horizontal direction, so in the upward movement of the display position and the reduction of the height in the vertical direction of the display area, the respective horizontal correspondence relationships are also maintained.

[0148] In this way, by displaying each content body according to the seventh display mode, the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the histories of actions, step counts, body weights, sleep times, calories burned, etc. that are also arranged for each day of the week in the horizontal direction. In addition, within the moving display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare each content body, and the overviewability can be improved. In Fig.28 In the example of the seventh display mode shown in, the fixed display content body displayed in the fixed display content body display area Re1 is the reduced-display blood pressure content body 23shr3. The moving display content bodies displayed in the moving display content body display area Re2 are the step count content body 25shr3, the body weight content body 26shr3, the sleep time content body 27, and the calorie burned content body 28.

[0149] (Eighth display mode)

[0150] Next, Fig.13 The display control method in the touch panel display 12 of the terminal 1 for each content body (omitting the action record content body 24) exemplified in, that is, the eighth display mode, will be described. For the display mode of the screen Sc in the eighth display mode, Figures 13 to 28 The display modes of each content body up to the screen Sc shown in are common to the above-mentioned seventh display mode, and the display of each content body after starting from the Fig.28 screen Sc shown in becomes a unique display in the eighth display mode.

[0151] Fig.29 shows the case where the display scheme changes in response to the user's upward movement instruction, starting from the state where the reduction in the vertical direction of the step content body 25shr3 and the weight content body 26shr3 within the moving display content body display area Re2 shown in Fig.28 is completed. Here, as the display positions of the sleep time content body 27 and the calorie consumption content body 28 move upward within the moving display content body display area Re2, the sleep time content body 27 adjacent to the lower side of the weight content body 26shr3 moves from the first moving display content body group 20a to the second moving display content body group 20b, and the vertical height of the sleep time content body 27 in the second moving display content body display area Re22, which is this display area, gradually shrinks from the height H9 shown in Fig.28 to the height H10. When the vertical height of the display area of the sleep time content body 27shr3 shrinks to a specified height H10 (H10 < H9), the specified height H10 is maintained and no further reduction occurs. The height H10 of the display area of the sleep time content body 27shr3 can be, for example, a fixed value or a specified ratio such as d% of the height H9. In addition, when the vertical height of the display area of the sleep time content body 27 shrinks, the calorie consumption content body 28, which is a series of content bodies arranged below the sleep time content body 27, moves upward in cooperation with the upward movement of the lower end of the display area of the sleep time content body 27 into the moving display content body display area Re2. In this state, a part of the calorie consumption content body 28 adjacent to the lower side of the sleep time content body 27shr3 with a reduced vertical height is displayed on the screen. Since each content body is arranged corresponding to the same date horizontally, the horizontal correspondence relationship is also maintained during the upward movement of the display position and the reduction in the vertical direction of the display area.

[0152] In this way, each content body is displayed according to the eighth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the history of actions, steps, weight, sleep time, calories burned, etc., which are also arranged horizontally for each day of the week. In addition, in the mobile display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare the various content bodies, which can improve the overview. In addition, with respect to the content body that is closest to the blood pressure content body 23shr3 among a series of content bodies arranged in the vertical direction in the mobile display content body display area Re2, the height of the display area in the vertical direction is reduced to a specified height. For the content body further adjacent to the bottom, the height of the display area in the vertical direction is also reduced to a specified height, and for the content body further adjacent to the bottom, the height of the display area in the vertical direction is also reduced to a specified height. Fig.29 In the example of the eighth display mode shown in FIG. 1 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr3. The moving display content displayed in the moving display content display area Re2 is the step count content 25shr3, the weight content 26shr3, the sleep time content 27shr3, and the calorie consumption content 28. Fig.13 The display method of each content body (the action record content body 24 is omitted) in the touch panel display 12 of the terminal 1 is described. Regarding the display mode of the screen Sc in this case, Figures 13 to 29 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the eighth display mode described above. Fig.29 The display of each content body after the screen Sc shown in FIG. 1 is started becomes an independent display in this display method.

[0153] Fig.30 Shows from Fig.29 The step count content body 25shr3, the weight content body 26shr3, and the sleep time content body 27shr3 in the moving display content body display area Re2 are reduced in the downward direction, and the display scheme is changed in response to the user's upward movement instruction. Fig.29 In the example shown in FIG. 2 , below the blood pressure content body 23shr3, the step count content body 25shr3, the weight content body 26shr3, and the sleep time content body 27shr3 are arranged in the vertical direction with the height of the display area reduced to predetermined heights H6, H8, and H10, respectively. Fig.30In this case, as the display position of the calorie consumption content body, which is displayed adjacent to the lower side of the sleep time content body 27shr3, moves upward on the screen Sc, the calorie consumption content body 28 moves from the first moving display content body group 20a to the second moving display content body group 20b, and the vertical height of the display area of the second moving display content body display area Re22 gradually shrinks from the Fig.29 height H11 shown in this case to the height H12. When the vertical height of the display area of the calorie consumption content body 28 shrinks to a specified height H12 (H12 < H11), the specified height H12 is maintained and no further shrinkage occurs. The height H12 of the display area of the calorie consumption content body 28shr3 can be, for example, a fixed value, or can be a specified ratio such as e% of the height H11. In addition, when the vertical height of the display area of the calorie consumption content body 28 shrinks, a series of moving display content bodies (not shown) arranged below the calorie consumption content body 28 move upward in coordination with the upward movement of the lower end of the display area of the calorie consumption content body 28 into the moving display content body display area Re2. In Fig.30 this case, within the moving display content body display area Re2 adjacent to the lower side of the blood pressure content body 23shr3, the step count content body 25shr3, which is displayed at the position closest to the blood pressure content body 23shr3, the weight content body 26shr3, which is displayed at the next closest position, the sleep time content body 27shr3, which is displayed at the next closest position, and the calorie consumption content body 28shr3, which is displayed at the next closest position, are arranged and configured. In this way, in Fig.30 the method shown in this case, when moving the content body displayed within the moving display content body display area Re2 upward on the screen Sc, starting from the content body displayed at the position closest to the blood pressure content body 23shr3 and moving to the content body displayed at the next closest position, the vertical height of the display area is sequentially shrunk to the specified height and arranged below the blood pressure content body 23shr3. Each content body is configured to correspond to the same date horizontally, so the horizontal correspondence relationship is maintained during the upward movement of the display position and the vertical shrinkage of the display area. It should be noted that in this state, the step count content body 25shr3, the weight content body 26shr3, the sleep time content body 27shr3, and the calorie consumption content body 28shr3 all move to the second moving display content body group 20b, resulting in a state where there are no content bodies belonging to the first moving display content body group 20a.

[0154] In this way, each content body is displayed according to the eighth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the history of actions, steps, weight, sleep time, calories burned, etc., which are also arranged horizontally for each day of the week. In addition, in the mobile display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare the various content bodies, which can improve the overview. In addition, starting from the content body displayed closest to the blood pressure content body 23shr3 in a series of content bodies arranged in the vertical direction in the mobile display content body display area Re2, the height of the display area in the vertical direction is reduced to a specified height in sequence. As a result, below the blood pressure content body 23shr3, the content bodies displayed with the height reduced in the vertical direction are arranged in the vertical direction, so that the display area of ​​other content bodies displayed in the mobile display content body display area Re2 can be ensured, and a comparison of multiple indicators including blood pressure can be performed. Fig.30 In the example of the eighth display mode shown in FIG. 1 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr3. The moving display content displayed in the moving display content display area Re2 is the step count content 25shr3, the weight content 26shr3, the sleep time content 27shr3, and the calorie consumption content 28shr3.

[0155] <Variation of Example 5>

[0156] (Ninth display mode)

[0157] The following, Fig.13 The display control method in the touch panel display 12 of the terminal 1, that is, the ninth display mode, of each content body (the action record content body 24 is omitted) shown as an example in FIG. Figures 13 to 28 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the seventh display mode described above. Fig.28 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the ninth display mode.

[0158] Fig.31 Shows from Fig.28 Starting from the state shown in , the display scheme is changed in response to the user's upward movement instruction. Fig.29In the example shown in FIG. 2 , below the blood pressure content body 23shr3, the step count content body 25shr3, the weight content body 26shr3, and the sleep time content body 27shr3 are arranged in the vertical direction with the height of the display area reduced to predetermined heights H6, H8, and H10, respectively. Fig.31 In the example shown in FIG. 2 , the number of content bodies belonging to the second moving display content body group 20b is limited. For example, below the blood pressure content body 23shr3, as the display position moves upward, the number of content bodies displayed in the state where the height of the display area in the vertical direction is reduced to a predetermined height is limited to 2. Fig.28 Starting from the state shown in , when the display position of the sleep time content body 27 or the calorie consumption content body 28 is moved upward, the step count content body 25shr3, which is adjacent to the bottom of the blood pressure content body 23shr3 and arranged at the closest position, moves to the third moving display content body group 20c and becomes non-displayed. Among the reduced display content bodies, the sleep time content body 27, which is adjacent to the bottom of the weight content body 26shr3 arranged at the lower end, gradually decreases in height in the vertical direction of the display area as the display position moves upward, and when it is reduced to a specified height H10, it maintains the specified height and does not shrink any further. Fig.31 In the embodiment, below the blood pressure content body 23shr3, the step content body 25shr3 and the weight content body 26shr3, whose heights of the display area in the vertical direction are reduced to the prescribed heights H6 and H8, respectively, are replaced by the weight content body 26shr3 and the sleep time content body 27shr3, whose heights of the display area in the vertical direction are reduced to the prescribed heights H8 and H10, respectively, arranged in the vertical direction. Moreover, the calorie consumption content body of the usual display scheme is displayed in the screen in a manner adjacent to the lower part of the sleep time content body. Each content body is arranged in correspondence with the same date in the horizontal direction, so that the corresponding relationship in the horizontal direction is maintained even when the display position moves upward and the display area is reduced in the vertical direction. Below the blood pressure content body 23shr3, the number of content bodies arranged and displayed in the vertical direction in a state where the height of the display area in the vertical direction is reduced as the display position moves upward is limited to 2, and an appropriate number of content bodies can also be displayed by the same scheme.

[0159] In this way, each content body is displayed according to the ninth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the history of actions, steps, weight, sleep time, calories burned, etc., which are also arranged horizontally for each day of the week. In addition, in the mobile display content body display area Re2, by moving the desired content body to a display position close to the blood pressure and easy to visually confirm at a glance, it is easy to compare the various content bodies, which can improve the overview. In addition, among a series of content bodies arranged in the vertical direction in the mobile display content body display area Re2, the number of content bodies whose height in the vertical direction of the display area is reduced is limited to 2, for example. Thus, in the case where the height of the display area of ​​the content body adjacent to the content body arranged at the end of the lower side among the reduced content bodies is reduced, the content body that is displayed closest to the blood pressure content body 23shr3 and is displayed first in reduction is displayed in sequence. Therefore, the display area of ​​other content bodies displayed in the mobile display content body display area Re2 can be ensured, and comparison of multiple indicators including blood pressure can be performed. Fig.31 In the example of the ninth display mode shown in FIG. 1 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr. The moving display content displayed in the moving display content display area Re2 is the weight content 26shr3, the sleep time content 27shr3, and the calorie consumption content 28shr3.

[0160] <Variation 2 of Example 5>

[0161] (Tenth display mode)

[0162] The following, Fig.13 The display control method in the touch panel display 12 of the terminal 1, that is, the tenth display mode, of each content body (the action record content body 24 is omitted) shown as an example in FIG. Figures 13 to 26 The display mode of each content body from the screen Sc shown in FIG. 1 to the screen Sc is the same as the eighth display mode described above. Fig.26 The display of each content body after the screen Sc shown in FIG. 1 becomes an independent display in the tenth display mode.

[0163] Fig.32 It shows that from Fig.26 The state shown in the figure begins to change to Fig. 27 Examples of different screens. Fig.25 In, from Fig.13Starting from the screen shown in FIG. 1 , in a state where all the step content bodies 25 adjacent to the lower side of the blood pressure content body 23 are displayed, as the display position of the mobile display content body group 20 is moved upward, the vertical height of the mobile display content body display area Re2 increases from height H1 to height H4, and as it is enlarged upward, the vertical height of the display area of ​​the blood pressure content body 23, that is, the fixed display content body display area Re1, decreases. Fig.25 When the display position of the moving display content body group 20 including the step count content body 25, the weight content body 26 and the sleep time content body 27 is further moved upward, as shown in FIG. Fig.26 As shown, the step content body 25 adjacent to the lower side of the blood pressure content body 23shr3 moves to the second moving display content body group 20b, and the height of its display area in the vertical direction is reduced. Fig.26 When the display position of the moving display content body group 20 including the step content body 25shr3, the weight content body 26 and the sleep time content body 27 is further moved upward, as shown in FIG. Fig.32 As shown, the display area of ​​the step content body 25shr3 does not disappear. When the height of the step content body 25shr3 in the vertical direction of the display area is reduced to the height H13, it is changed to the step content body 25abb as the simplified display content body of the display content. In the state of becoming the simplified display, the height of the display area is maintained and no longer reduced. The content of the simplified display can be appropriately set according to the content of the content body, but here, in the step content body 25abb, only the title "steps" is displayed and the step value displayed in the upper part of the bar chart is configured corresponding to the horizontal date. At this time, the weight content body 26 adjacent to the bottom of the step content body 25abb of the simplified display and the sleep time content body 27 adjacent to the bottom of the weight content body 26 are respectively displayed on the screen Sc. Each content body is configured corresponding to the same date in the horizontal direction, so the corresponding relationship in the horizontal direction is also maintained in the upward movement of the display position, the reduction in the vertical direction of the display area and the simplified display.

[0164] Below the blood pressure content body 23shr3, as the display area shrinks in the vertical direction, the number of content bodies that are changed to be displayed briefly is not limited. It can be controlled by the parameter of the number of content bodies belonging to the second moving display content body group 20b. Fig.32Starting from the state shown in , it can be adjacent to the bottom of the step content body 25abb, in the order of the weight content body 26, the sleep time content body 27 and the calorie consumption content body 28, the height of the display area in the vertical direction has just been reduced to the specified height, and the content bodies are moved in sequence to the second mobile display content body group 20b and changed to a simplified display, all arranged in the vertical direction. It can also be that the first simplified displayed content body adjacent to the bottom of the blood pressure content body 23shr3 and displayed at the position closest to the blood pressure content body 23shr3 moves to the third mobile display content body group 20c, thereby becoming non-displayed, and the content bodies displayed that are changed to the simplified display are replaced in sequence below the blood pressure content body 23shr3, and a specified number of simplified display content bodies and content bodies of the normal display scheme are displayed.

[0165] In this way, each content body is displayed according to the tenth display mode, so that the user can compare and confirm the blood pressure history for each day of the week in the horizontal direction and the history of actions, steps, weight, sleep time, etc., which are also arranged horizontally for each day of the week. In addition, in the mobile display content body display area Re2, by moving the desired content body to a display position close to the blood pressure that is easy to visually confirm at a glance, it is easy to compare the various content bodies, which can improve the overview. In addition, in the mobile display content body display area Re2, as it moves upward, the height of the display area of ​​the content body close to the blood pressure content body 23 is reduced in the vertical direction and is displayed in a simplified manner. Therefore, the display area of ​​other content bodies displayed in the mobile display content body display area Re2 can be ensured, and the content of the content body whose height in the vertical direction of the display area is reduced is displayed in a simplified manner, so that the display content can be easily grasped, and a comparison of multiple indicators including blood pressure can be performed. Fig.32 In the example of the tenth display mode shown in FIG. 10 , the fixed display content displayed in the fixed display content display area Re1 is the reduced blood pressure content 23shr3. The moving display content displayed in the moving display content display area Re2 is the step count content 25abb, the weight content 26, and the sleep time content 27.

[0166] Description of Reference Numerals

[0167] 1: Terminal;

[0168] 12: Touch panel display;

[0169] 20a: first mobile display content body group;

[0170] 20b: second mobile display content body group;

[0171] 23: blood pressure content;

[0172] 24: Action record content body;

[0173] 25: step content body;

[0174] 26: Weight content body;

[0175] Re1: Fixed display content display area;

[0176] Re2: Move the display content body display area.

Claims

1. A display scheme determination method, wherein a computer that outputs a display control instruction to a device capable of displaying an image determines display schemes of a plurality of controllable content bodies, wherein: selecting at least one content body from the plurality of manipulable content bodies as a fixed display content body, determining the order of the fixed display content bodies and adding them to a fixed display content body group, designating all or part of the remaining content bodies as mobile display content bodies, determining the order of the mobile display content bodies and adding them to a mobile display content body group, designating a part or all of the mobile display content body as a first mobile display content body group, setting the moving display content bodies that are not designated as the first moving display content body group among the moving display content bodies as a second moving display content body group, respectively determining a display scheme of the fixed display content body included in the fixed display content body group, a display scheme of the mobile display content body included in the first mobile display content body group, and a display scheme of the second mobile display content body included in the second mobile display content body group, A fixed display content body display area for displaying the fixed display content body group and a first moving display content body display area for displaying at least a part of the first moving display content body group are set in a part of the display area, In the first moving display content body display area, the plurality of moving display content bodies included in the first moving display content body group are arranged in the first direction in the order, and are configured to be movable in a second direction opposite to the first direction while maintaining the order, When the first mobile display content body group is moved along the second direction within the first mobile display content body display area in response to a user's instruction including the amount of movement of the first mobile display content body group in the second direction, with respect to the mobile display content bodies included in the first mobile display content body group, if at least a portion of the mobile display content bodies is outside the display area of ​​the first mobile display content body in the second direction, all or a portion of the mobile display content bodies outside the display area of ​​the first mobile display content body are designated as mobile display content bodies belonging to the second mobile display content body group and added to the second mobile display content body group, and are removed from the first mobile display content body group at the latest before their entirety is outside the display area of ​​the first mobile display content body in the second direction.

2. The display scheme determination method according to claim 1, characterized in that: Before the first moving display content body group moves within the first moving display content body display area in response to the instruction, the length of the first moving display content body display area in the first direction or the second direction is enlarged or reduced from a first prescribed length to a second prescribed length.

3. The display scheme determination method according to claim 2, characterized in that: When the length of the first moving display content body display area in the first direction or the second direction is enlarged or reduced from a first prescribed length to a second prescribed length, A relative position between the end of the first moving display content body display area in the second direction and the first moving display content body group does not change as the moving display content body area is enlarged or reduced.

4. The display scheme determination method according to claim 2, characterized in that: After the display area of ​​the first mobile display content body is enlarged or reduced, the relative position of the end of the second direction of the display area of ​​the first mobile display content body and the first mobile display content body group changes in response to the user's instructions, and at least a portion of the mobile display content body located at the end of the second direction of the display area of ​​the first mobile display content body is outside the display area of ​​the first mobile display content body.

5. The display scheme determination method according to claim 2, characterized in that: In the case where the second prescribed length is longer than the first prescribed length, before the movement amount included in the instruction when the instruction is initially input reaches the movement amount equivalent to the difference between the second prescribed length and the first prescribed length, in response to the instruction, the end of the first moving display content body display area in the second direction is moved along the second direction and / or the end of the first moving display content body display area in the first direction is moved along the first direction, thereby enlarging the length of the first moving display content body display area in the second direction.

6. The display scheme determination method according to claim 2, characterized in that: In the case where the second prescribed length is shorter than the first prescribed length, before the amount of movement included in the instruction when the instruction is initially input reaches an amount of movement equivalent to the difference between the first prescribed length and the second prescribed length, in response to the instruction, the end of the first moving display content body display area in the second direction is moved along the first direction and / or the end of the first moving display content body display area in the first direction is moved along the second direction, thereby shortening the length of the first moving display content body display area in the second direction.

7. The display scheme determination method according to claim 1, characterized in that: The display scheme of the mobile display content body belonging to the second mobile display content body group is non-display.

8. The display scheme determination method according to claim 1, characterized in that: A second moving display content body display area is set to display at least a part of the second moving display content body group.

9. The display scheme determination method according to claim 1, characterized in that: in a case where the mobile display content body included in the first mobile display content body group is added to a second mobile display content body group and the number of mobile display content bodies belonging to the second mobile display content body group exceeds a prescribed number, designating a mobile display content body belonging to the second mobile display content body group and the mobile display content body first added to the second mobile display content body group as a mobile display content body belonging to a third mobile display content body group different from the second mobile display content body group and adding the mobile display content body to the third mobile display content body group, Furthermore, the moving display content body added to the third moving display content body group is removed from the second moving display content body group.

10. The display scheme determination method according to claim 9, characterized in that: The display scheme of the mobile display content body belonging to the third mobile display content body group is determined independently from the display scheme of the mobile display content body belonging to the first mobile display content body group.

11. The display scheme determination method according to claim 10, characterized in that: The display scheme of the mobile display content body belonging to the third mobile display content body group is non-display.

12. The display scheme determination method according to claim 10, characterized in that: A third moving display content body display area is set to display at least a part of the third moving display content body group.

13. The display scheme determination method according to claim 8 or 12, characterized in that: The display scheme of the mobile display content bodies included in the second mobile display content body group within the second mobile display content body display area or the display scheme of the mobile display content bodies included in the third mobile display content body group within the third mobile display content body display area is a reduced display in which the length of the first direction of each mobile display content body is reduced.

14. The display scheme determination method according to claim 8 or 12, characterized in that: The display scheme of the mobile display content bodies included in the second mobile display content body group within the second mobile display content body display area or the display scheme of the mobile display content bodies included in the third mobile display content body group within the third mobile display content body display area is an overlapping display in which the mobile display content bodies are displayed overlapping each other.

15. The display scheme determination method according to claim 7 or 11, characterized in that: For at least one of the second moving display content body display area or the third moving display content body display area, the length of a direction parallel to and / or perpendicular to the first direction is set to be the same as the length corresponding to the fixed display content body display area.

16. A program causing the computer to execute the display scheme determination method according to any one of claims 1 to 15.

Images