JP6406277B2 - Living behavior information display device, living behavior information display system, living behavior information display method, and living behavior information display program - Google Patents

Description

The present invention relates to a living behavior information display device, a living behavior information display system, a living behavior information display method, and a living behavior information display program.

Conventionally, a biological information measurement system that measures biological information such as a user's pulse and manages the biological information is known (see, for example, Patent Document 1).
The biological information measurement system described in Patent Document 1 includes a mobile phone, and the mobile phone includes a biological information measurement unit, a living behavior recording processing unit, a key input unit, a storage unit, and a display unit. Among these, the biological information measuring unit has sensors necessary for measuring biological information such as pulse, body temperature, and amount of exercise (including the number of steps). The living activity recording processing unit is realized by various processors, and receives an input of living activity information to be recorded from the key input unit, and based on the received living activity information, the living activity of the user is measured biological information or measurement date and time And stored in the storage unit. In addition, the display unit graphically displays an input reception screen for living activity information, and a pulse and the number of steps in a predetermined period under the control of the living activity record processing unit.
With such a biological information measurement system, the user can confirm his / her biological information and can grasp the health condition and the progress of the diet.

JP 2007-50162 A

However, in the biological information measurement system described in Patent Document 1, when checking the transition of the pulse, the transition of the number of steps, and the recovery state after the exercise in the predetermined period, the respective display screens are switched and displayed. There is a need.
On the other hand, since the display area of the mobile terminal is small like the mobile phone, it is difficult to display the display screen for each of the items at a time.
For this reason, a new information presentation method has been desired.

An object of the present invention is to provide a living behavior information display device, a living behavior information display system, a living behavior information display method, and a living behavior information display program capable of easily grasping various information.

  The measurement information display device according to the first aspect of the present invention is a graph arrangement region in which a plurality of graphs each showing different information are arranged based on display means and at least one of measurement information among biological information and behavior information. Display control means for causing the display means to display the display screen, wherein the plurality of graphs include a first graph and a second graph, and the first graph is at least partially in the graph arrangement region. Is arranged so as to overlap the second graph.

In addition, a pulse rate can be illustrated as biometric information, and the acceleration which shows a user's action can be illustrated as action information.
According to the first aspect, the display screen displayed on the display means includes the second graph and the first graph arranged so as to overlap the second graph. According to this, the contents of the first graph and the second graph can be simultaneously grasped by observing one display screen. Therefore, the bird's-eye view of a plurality of items displayed on the display screen is improved, and it is possible to easily grasp information on different items. Furthermore, since a plurality of graphs can be observed at the same time, it is possible to make the user easily interpret the information indicated by the respective graphs, and to consider changes in the information.

In the first aspect, it is preferable that the second graph is displayed with higher transparency than the first graph on the display screen.
Transparency can be called translucency in other words. High transparency and transparency indicate a state where the graph appears blurred, and low transparency and transparency indicate a state where the graph can be clearly seen.
According to the first aspect, since the second graph located on the back side of the first graph is displayed with high transparency, the first graph located on the near side of the second graph is different from the second graph. You can watch separately. Therefore, it is possible to easily confirm the first graph to be watched.

In the first aspect, it is preferable that on the display screen, the second graph is displayed in a color whose gradation is closer to white than in the first graph.
According to the first aspect, similarly to the above, the first graph is displayed so that it can be clearly seen, and the second graph located on the far side from the first graph is displayed so as to be blurred. According to this, the 1st graph located in the near side from the 2nd graph can be distinguished and distinguished from the 2nd graph. Therefore, it is possible to easily confirm the first graph to be watched.

In the first aspect, it is preferable that the second graph is displayed smaller than the first graph on the display screen.
According to the first aspect, the second graph located behind the first graph is displayed smaller than the first graph. According to this, similarly to the above, the first graph located on the near side of the second graph can be distinguished from the second graph. Therefore, it is possible to easily confirm the first graph to be watched.

In the first aspect, it is preferable that the plurality of graphs are donut graphs each indicating corresponding information.
The donut graph includes a divided donut graph.
Here, when each graph is a bar graph or a radar graph, it is difficult to grasp the content of each graph because it is difficult to unify the display format of each graph.
On the other hand, in the first aspect, since each of the plurality of graphs is a donut-type graph, the display format of each graph can be easily unified and the contents of each graph can be easily grasped. Furthermore, by using a donut-type graph, it is possible to easily view a graph other than the first graph on the same screen.

In the first aspect, it is preferable that at least one of a sum value and a difference value of numerical values indicated by the respective graphs is displayed in the graph arrangement area.
According to the first aspect, the contents of each graph can be easily grasped by observing the displayed values. In addition, as a display position of the said total value and difference value, when a graph is the said donut-shaped graph, the approximate center of the said graph can be illustrated. In this case, it is not necessary to place the above values in a region other than the graph, so that the space in the display screen can be used effectively.

In the first aspect, it is preferable that the display screen has a detailed display area in which a numerical value corresponding to the information indicated by the first graph is displayed.
According to the first aspect, since the display screen has the detailed display area, the content of the information indicated by the first graph can be grasped in more detail.

In the first aspect, it is preferable that the plurality of graphs include at least three graphs, and the at least three graphs have different sizes.
According to the first aspect, since different information can be shown by at least three graphs, the amount of information to be presented can be increased. Furthermore, each graph has a different size. A feeling can be given.

In the first aspect, the graph arrangement area has a first position and a second position located around the first position, and the display control means displays the graph at the second position. It is preferable to move the second graph to the first position when a moving operation for moving in the direction toward the first position is performed.
According to the first aspect, by performing the above operation, the graph located at the second position can be easily moved to the first position, and the arrangement position of the graph can be changed by an intuitive operation.

In the first aspect, the graph arrangement area has a third position located on the opposite side of the second position with respect to the first position, and the first operation is performed when the moving operation is performed. It is preferable to move the graph located at the position to the third position.
According to the first aspect, by moving the graph located at the first position to the third position, the graph located at the first and second positions before the movement operation is performed is Are moved to the third and first positions, respectively. According to this, even when the graph is moved, each graph can be surely confirmed. Therefore, even when the graph to be watched is changed, other graphs can be surely confirmed.

A measurement information display system according to a second aspect of the present invention includes the measurement information display device and a measurement device that measures the measurement information, and the measurement information display device communicates with the measurement device and performs the measurement. It has a communication means which acquires information, The display control means displays the plurality of graphs based on the acquired measurement information.
According to the said 2nd aspect, there can exist an effect similar to the measurement information display apparatus which concerns on the said 1st aspect. In addition, since the measurement information display device can acquire the measurement information by directly communicating with the measurement device that measures the measurement information, a plurality of graphs that display information based on the measurement information can be updated relatively quickly. Therefore, information based on measurement information can be confirmed relatively quickly.

In the second aspect, when the measurement information is newly acquired from the measurement device, the display control unit newly acquires the contents of the plurality of graphs being displayed on the display unit. It is preferable to update based on the measurement information.
According to the second aspect, since the content of the graph being displayed is updated based on the newly acquired measurement information, the content of the graph is compared with the case where the content of the graph is updated via a device such as a server. The contents of the graph can be updated quickly.

The measurement information display method according to the third aspect of the present invention includes a step of acquiring measurement information of at least one of biological information and behavior information, and a step of generating a plurality of different item information based on the measurement information. And a step of generating a plurality of graphs based on the plurality of item information, and a step of arranging the plurality of graphs so that at least some of them overlap each other in a graph arrangement region of a display screen. And
According to the said 3rd aspect, there can exist an effect similar to the measurement information display apparatus which concerns on the said 1st aspect.

The figure which shows schematic structure of the measurement information management system which concerns on one Embodiment of this invention. The block diagram which shows the structure of the measuring device in the said embodiment. The block diagram which shows the structure of the information terminal in the said embodiment. The block diagram which shows the structure of the calculation part in the said embodiment. The figure which shows the login screen in the said embodiment. The figure which shows the registration screen in the said embodiment. The figure which shows the confirmation screen in the said embodiment. The figure which shows the setting screen in the said embodiment. The figure which shows the setting screen in the said embodiment. The figure which shows the setting screen to which the check mark in the said embodiment was attached | subjected. The figure which shows the selection screen in the said embodiment. The figure which shows the main screen in the said embodiment. The figure which shows the main screen in the said embodiment. The figure which shows the main screen in the said embodiment. The figure which shows the main screen in the said embodiment. The figure which shows the main screen in the said embodiment. The figure which shows the day detail screen regarding the excitement time in the said embodiment. The figure which shows the week detail screen regarding the excitement time in the said embodiment. The figure which shows the month detailed screen regarding the excitement time in the said embodiment. The figure when the information terminal in the said embodiment is turned sideways. The figure which shows the day detail screen regarding the exercise time in the said embodiment. The figure which shows the week detail screen regarding the exercise time in the said embodiment. The figure which shows the month detailed screen regarding the exercise time in the said embodiment. The figure which shows the day detail screen regarding the sleep time in the said embodiment. The figure which shows the week detail screen regarding the sleep time in the said embodiment. The figure which shows the month detailed screen regarding the sleep time in the said embodiment. The figure which shows the day detail screen regarding the calories in the said embodiment. The figure which shows the week detail screen regarding the calorie in the said embodiment. The figure which shows the month detailed screen regarding the calorie in the said embodiment. The figure which shows the day detail screen regarding the step count in the said embodiment. The figure which shows the week detail screen regarding the step count in the said embodiment. The figure which shows the month detailed screen regarding the step count in the said embodiment. The figure which shows the update key in communication in the said embodiment. The figure which shows the input screen in the said embodiment. The figure which shows the input screen in the said embodiment. The figure which shows the input screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The block diagram which shows the structure of the information terminal in the said embodiment. The figure which shows the screen at the time of execution in the said embodiment. The figure which shows the measurement information display screen in the said embodiment. The figure which shows the measurement information display screen in the said embodiment. The figure which shows the measurement information display screen in the said embodiment. The figure which shows the input screen in the said embodiment. The figure which shows the input screen in the said embodiment. The figure which shows the input screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the event confirmation screen in the said embodiment. The figure which shows the friend management screen in the said embodiment. The figure which shows the search dialog in the said embodiment. The figure which shows the search dialog in the said embodiment. The figure which shows the search dialog in the said embodiment. The figure which shows the friend management screen in the said embodiment. The figure which shows the message dialog in the said embodiment. The figure which shows the friend management screen in the said embodiment. The figure which shows the confirmation dialog in the said embodiment. The figure which shows the confirmation dialog in the said embodiment. The figure which shows the friend management screen in the said embodiment. The figure which shows the friend management screen in the said embodiment.

[Overall configuration of measurement information management system]
Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a diagram showing a schematic configuration of a measurement information management system 1 according to the present embodiment.
The measurement information management system 1 according to the present embodiment includes the measurement information display system of the present invention. As shown in FIG. 1, the measurement device 2, the information terminals 3 and 4 as the measurement information display device, and the management server 5 and a network NW. In the measurement information management system 1, measurement information (user's biological information and behavior information) measured by the measurement device 2 is acquired and stored by the information terminals 3, 4, and the information terminal 3, 4, the measurement information is managed by being transmitted to and stored in the management server 5 via the network NW.
Hereinafter, each apparatus which comprises the measurement information management system 1 is demonstrated. The network NW can use a communication network (including a telephone line), a wireless local area network (LAN) communication network, and a satellite communication network that constitute the Internet.

[Management Server Configuration]
The management server 5 is connected to the information terminals 3 and 4 via the network NW. The management server 5 stores the user information transmitted from the information terminals 3 and 4 and stores the transmitted measurement information, event details described later, and the like in association with the user information. Further, in response to a request from the information terminals 3 and 4, the management server 5 transmits the measurement information and the like stored in association with the user information of the user of the information terminals 3 and 4.

[Configuration of measuring device]
FIG. 2 is a block diagram showing the configuration of the measuring device 2.
The measuring device 2 is used by being worn on a user's wearing part (for example, wrist), and measures the pulse rate as biological information, acceleration as behavior information, and the like in addition to measuring the time. Is transmitted to the information terminals 3 and 4. As shown in FIGS. 1 and 2, the measuring device 2 includes a housing 2A and a band 2B, and includes a display unit 21, an operation unit 22, a measuring unit 23, and a communication unit 24 provided in the housing 2A. , Storage means 25 and control means 26 are provided.

The display means 21 displays the operating state of the measuring device 2. The display means 21 includes various display panels such as liquid crystal, organic EL (Electro-Luminescence), and electrophoresis.
The operating means 22 is for operating the measuring device 2, and in this embodiment, has operating buttons 221, 222 (see FIG. 1) that project and retract with respect to the housing 2A. Then, the operation unit 22 outputs an operation signal corresponding to the button pressed by the user to the control unit 26.

The measuring means 23 has various sensors that can detect biological information and behavior information of a user who is attached. In the present embodiment, the measurement unit 23 includes a pulse sensor 231 and an acceleration sensor 232, and outputs a measurement signal of each sensor to the control unit 26.
Among these, the pulse sensor 231 is provided on the back surface of the housing 2A, and measures the pulse rate of the user by contacting the mounting site. Specifically, the pulse sensor 231 is configured by a photoelectric sensor including a light emitting element and a light receiving element, and irradiates light toward the living body from the light emitting element in a state where the measuring device 2 is mounted on the mounting site. A pulse wave is detected by detecting a change in the amount of reflected light received by the light receiving element, and the pulse rate is measured by processing the pulse wave by a known method such as frequency analysis. That is, the light irradiated to the living body is partially absorbed by the blood vessel, but the absorption rate in the blood vessel changes due to the influence of the pulse, and the amount of reflected light in the blood vessel also changes. Therefore, the pulse rate can be measured from the change in the amount of reflected light that reflects the change in blood flow detected by the light receiving element. The pulse sensor 231 may employ an ultrasonic sensor that measures the pulse rate by detecting the contraction of the blood vessel using an ultrasonic wave, instead of the photoelectric sensor. You may employ | adopt the sensor etc. which measure this.
The acceleration sensor 232 measures the acceleration that changes with the movement of the measuring device 2 as the movement of the user.

  The communication unit 24 is a communication module that wirelessly communicates with an external device such as the information terminal 3. The communication unit 24 transmits information input from the control unit 26 to the external device with which communication connection is established, and outputs information (for example, user information) received from the external device to the control unit 26. To do. Examples of such communication means 24 include a communication module compliant with the Bluetooth (registered trademark) standard and a wireless LAN module compliant with the IEEE 802.11 standard.

  The storage means 25 is composed of a flash memory or the like, and stores various programs and data necessary for measurement. For example, the storage means 25 stores, as the data, physical information including age, sex, height and weight calculated from the date of birth of the user. In addition, the storage unit 25 stores measurement information obtained by the measurement unit 23.

  The control means 26 has circuit elements such as a CPU (Central Processing Unit) and a memory, and controls the operation of the measuring device 2. The control unit 26 executes a program stored in the storage unit 25 and processes the program as a timer unit 261, a display control unit 262, an action determination unit 263, a storage control unit 264, and a communication control unit 265. Function.

The timer 261 measures the current time.
The display control unit 262 controls the operation of the display unit 21 and causes the display unit 21 to display the operation state of the measurement device 2, the measurement result, and the like.

The behavior determination unit 263 determines the pulse rate measured by the pulse sensor 231 (hereinafter may be referred to as a measured pulse rate) and the acceleration measured by the acceleration sensor 232 (hereinafter also referred to as a measured acceleration). Thus, the user's behavior is determined.
For example, if the transition of measured acceleration is within the motion acceleration range (the range of transition of acceleration classified into motion), the measured pulse rate is the range of the arterial pulse rate (the range of transition of pulse rate classified as motion) For example, in the range of 70 times / minute (70 bpm or more and 100 times / minute (100 bpm) or less), it is determined that the exercise is performed.
In addition, these ranges include user information (user's age, sex, height, weight, etc.) received from the information terminals 3 and 4 in addition to the input operation to the operation means 22 and the remote operation by the information terminals 3 and 4. ) Will be changed based on. Further, the control unit 26 can change the first threshold value and the second threshold value based on the average value of the pulse rate stored in the storage unit 25 (for example, the average value of the pulse rate during exercise).

  Furthermore, if it is determined that exercise is being performed, if the transitions of the measured acceleration and the pulse rate are within the range in which body fat is easily consumed, exercise that easily consumes fat (fat burning zone) It is determined that the exercise is performed. Such a zone is described in JP2013-22256A.

Furthermore, when the transition of measured acceleration is not within the range of motion acceleration (the range of transition of acceleration classified into motion), the measured pulse rate is within the range of the arterial pulse (the range of transition of acceleration classified into motion) In this case, it is determined that the user is in an excited state that does not depend on exercise.
On the other hand, when the transition of measured acceleration is not within the range of motion acceleration (range of transition of acceleration classified into motion) and the measured pulse rate is not within the range of arterial heart rate (range of transition of acceleration classified into motion) It is determined that the user is in a relaxed state. Further, using a known method, an index HF / LF or the like indicating the active state of the sympathetic nerve and the parasympathetic nerve may be calculated from the pulse wave measured by the measuring means, and the excited state or the relaxed state may be determined.

  The storage control unit 264 stores the measurement result (the measured pulse rate and the measurement acceleration) by the measurement unit 23 in the storage unit 25 in association with the measurement time (the time measured by the time measurement unit 261). The memory control unit 264 also determines that the behavior determination unit 263 determines that the user is in one of a mental state of an excited state (an excited state due to exercise and an excited state not due to exercise) and a relaxed state. The time (hereinafter sometimes referred to as mental state determination time) is stored in the storage means 25. The measurement time and the measurement result stored in this way are transmitted to the information terminal 3 by the communication unit 24, and the storage control unit 264 transmits the measurement information stored in the storage unit 25 to the information terminal 3 or the information terminal 4. If so, the measurement information is deleted. The transmission process may be configured to directly transmit from the measurement device 2 to the management server 5 via a wireless LAN or the like.

The communication control unit 265 uses the communication unit 24 to transmit information including the measured pulse rate and the measured acceleration stored in the storage unit 25, the information associated with these measurement times, and the transmission information including the determination time to the information terminal 3. , 4 are transmitted. The communication control unit 265 transmits the transmission information to the information terminal 3 approximately once every hour, or causes the information terminal 3 to transmit the transmission information when it is determined that one of the mental states is present. . The communication control unit 265 causes the storage control unit 264 to store various information such as user information received from the information terminals 3 and 4 via the communication unit 24 in the storage unit 25.
Note that when the measuring device 2 is communicably connected to an information terminal 4 configured by a PC (Personal Computer) or the like, the communication control unit 265 sends the transmission information in response to a request from the information terminal 4. Send.

[Configuration of information terminal]
As described above, the information terminals 3 and 4 transmit the user information set according to the input operation to the information terminals 3 and 4 to the measuring device 2. In addition, the information terminal 3 communicates with the measuring device 2 wirelessly, and the information terminal 4 communicates with the measuring device 2 via a cradle (not shown), so that the information terminals 3 and 4 are connected to the measuring device 2. Receiving and storing the transmission information. Furthermore, the information terminals 3 and 4 transmit the contents of the received transmission information to the management server 5 via the network NW.

FIG. 3 is a block diagram showing a configuration of the information terminal 3.
In this embodiment, the information terminal 3 is configured by a portable information terminal device such as a mobile phone and a smartphone (multifunctional mobile phone), and is connected to the measurement device 2 so as to be able to communicate wirelessly. In the measurement information management system according to the present embodiment, the user wears the measurement device 2 and carries the information terminal 3.
Such an information terminal 3 corresponds to the measurement information display device of the present invention. As shown in FIG. 3, the display means 31, operation means 32, communication means 33, position acquisition means 34, storage means 35 and control means 36 are provided. Is provided.

The display means 31 is composed of any of the various display panels described above, and displays various display screens under the control of the display control unit 362 constituting the control means 36. Specifically, the display unit 31 displays an image corresponding to the image signal input from the display control unit 362.
Although not shown, the operation means 32 has a touch panel provided in accordance with an image display area on the display means 31 in addition to a physical key which is a button provided on the outer surface of the information terminal 3. Then, the operation unit 32 outputs an operation signal corresponding to a user operation on the operation unit 32 to the control unit 36.

  Although not shown, the communication unit 33 includes a first communication module that can communicate with an external device such as the measuring device 2 and a second communication module that can communicate with the management server 5 on the network NW. The communication unit 33 communicates with the external device and the management server 5 under the control of the communication control unit 363 constituting the control unit 36. When communication is possible with the measurement device 2 and the management server 5 in the same communication format, the communication unit 33 may have only one of the first communication module and the second communication module.

The position acquisition unit 34 acquires position information indicating the current position of the information terminal 3 and outputs the position information indicating the current position to the control unit 36. Such position acquisition means 34 has a GPS (Global Positioning System) sensor, receives GPS signals transmitted from a plurality of GPS satellites orbiting on the earth's satellite orbit, and receives the current location (in other words, the information terminal 3). Then, the position information of the user's current location) is acquired.
The position acquisition unit 34 is not limited to the configuration for acquiring the current position of the information terminal 3 based on the received GPS signal, but based on the position information of the base station connected when communicating with the management server 5. The position information may be acquired.

  The storage means 35 is configured by an HDD (Hard Disk Drive), a flash memory, or the like, and stores various programs and data necessary for the operation of the information terminal 3. As such data, the storage unit 35 is acquired by, for example, user information set according to a user's operation on the operation unit 32, transmission information transmitted from the measuring device 2, and the position acquisition unit 34. Stored position information and the like. Further, as the program, the storage unit 35 stores a program related to a measurement information management application that displays a display screen described later and manages transmission information received from the measurement apparatus 2 in addition to an OS (Operating System). ing.

The control unit 36 includes a CPU and a memory, and controls the operation of the information terminal 3. The control unit 36 functions as a main control unit 361, a display control unit 362, a communication control unit 363, a storage control unit 364, and a calculation unit 365 when the CPU executes a program stored in the storage unit 35.
The main control unit 361 mainly controls the operation of the information terminal 3. For example, the main control unit 361 executes the measurement information management program stored in the storage unit 35, information input by the user using the operation unit 32, and the measurement device 2 and management by the communication unit 33. Information received from the server 5 is managed.

The display control unit 362 causes the display unit 31 to display an operation time screen of the information terminal 3. In addition, the display control unit 362 generates a runtime screen of the measurement information management application and causes the display unit 31 to display the runtime screen. Such a runtime screen (display screen) will be described in detail later. That is, the display control unit 362 corresponds to the display control means of the present invention in the information terminal 3.
The communication control unit 363 controls the operation of the communication unit 33. For example, the communication control unit 363 establishes a communication connection with the measuring device 2 and the server 5, and further transmits / receives information between the measuring device 2 and the server 5 by the communication unit 33.

  The storage control unit 364 controls the operation of the storage unit 35. For example, the storage control unit 364 stores the user information and behavior information of the user input by the user in the storage unit 35, respectively. The storage control unit 364 stores information (including the measurement information) received from the measurement device 2 and the management server 5 by the communication unit 33 in the storage unit 35.

FIG. 4 is a block diagram illustrating a configuration of the calculation unit 365.
Based on the measurement information received via the communication means 33 and stored in the storage means 35 and the input user information, the calculation unit 365 is based on the excitement time (excitement time) of the mental state of the user. ), Exercise time, sleep time, calorie difference, and step count. Such a calculation unit 365 includes, as function units, an excitement time calculation unit 3651, an exercise time calculation unit 3652, a sleep time calculation unit 3653, a calorie calculation unit 3654, and a step count calculation unit 3655 according to the items to be calculated.

The excitement time calculation unit 3651 calculates the time of the user's excitement state (a state where the pulse rate exceeds a predetermined value) based on the measurement information. At this time, the excitement time calculation unit 3651 calculates a time in which an excitement is caused by exercise (excitation time during exercise) and a time in which the excitement is not exercise (excitation time during non-exercise).
The exercise time calculation unit 3652 calculates the normal exercise time of the user (hereinafter referred to as normal exercise time) based on the measurement information. Furthermore, the exercise time calculation unit 3652 calculates the exercise time in which the exercise in the fat burning zone set based on the user information is performed, that is, the exercise time in the zone.
The sleep time calculator 3653 calculates the user's sleep time based on the measurement information. At this time, the sleep time calculation unit 3653 calculates the awakening time, the shallow sleep time, and the deep sleep time within the period determined as the sleep time.

The calorie calculation unit 3654 calculates the total value of calorie intake based on the meal information input by the user on the input screen ED described later, and the basis calculated from the age, sex, and weight included in the user information. Based on the metabolism, the physical activity level set by the user, and the measurement information, the total value of the calorie consumption of the user is calculated. Furthermore, the calorie calculation unit 3654 determines which of the total value of the calorie intake and the total value of the calorie consumption exceeds and calculates the difference between them.
The step count calculation unit 3655 calculates the number of steps of the user based on the measurement information (information of the pulse sensor 231 and the acceleration sensor 232 of the measurement device 2) and the height included in the user information. Furthermore, the step count calculation unit 3655 calculates the number of steps during exercise in the fat burning zone set based on the user information.

Among these calculation units 3651 to 3655, the excitement time calculation unit 3651, the exercise time calculation unit 3652, the calorie calculation unit 3654 and the step count calculation unit 3655 calculate the value of each item in units of one day. Moreover, the sleep time calculation part 3653 calculates the sleep time straddling midnight as the sleep time of the date of midnight.
Furthermore, each of these calculation units 3651 to 3655 calculates the total value of the daily unit, the most recent week unit, and the most recent month unit for each corresponding item, the total value from the beginning of the week to the current date, and Calculate the total value from the beginning of the month to the current date.
The calculation results by these calculation units 3651 to 3655 are displayed on a runtime screen of a measurement information management application described later.

[Example of display screen]
The information terminal 3 displays a display screen corresponding to the user's operation when the measurement information management application is executed. These display screens are generated by the display control unit 362 and displayed on the display unit 31. Hereinafter, each display screen will be described.
A constant display area DA indicating the state of the information terminal 3 is set at the uppermost end of each display screen. In this constant display area DA, a gauge indicating the reception sensitivity of radio waves used for communication with the network NW, the current time, and the remaining battery level are arranged. The various keys included in the display screen are software keys, which are pressed by being pressed (tapped or clicked) by the user. Further, when an input field and a setting field set on each display screen are selected (tapped or clicked), although not shown, a screen keyboard and an input character display field are displayed. Then, when the confirmation key set on the screen keyboard is pressed, the input character is set in the corresponding input field and setting field.
In the present embodiment, it is configured to input various information necessary for the following processing by software key input on the display means 31 of the information terminal 3, swipe operation, tap operation, or the like. You may comprise so that it may input using other input devices, such as a touch pen.

[Login screen]
FIG. 5 is a diagram illustrating an example of the login screen LS, and FIGS. 6 to 11 are diagrams illustrating examples of the screens RS1 to RS5 during registration.
When the measurement information management application is activated on the information terminal 3, the display control unit 362 displays the login screen LS shown in FIG. In this login screen LS, a login ID (E-mail address) input field LS11 and a password input field LS12 are set, and a registration key LS13 and a login key LS14 are set.
Note that when the link LS15 labeled “Forgot your password” is pressed, a screen (not shown) is displayed that shows how to deal with a forgotten password.

When the login key LS14 is pressed, the main control unit 361 compares the login ID and password stored in the storage means 35 or the management server 5 with the login ID and password set in the input fields LS11 and LS12. Is done. At this time, if the login ID and password do not match, the display screen does not change from the login screen LS, and a message that the login ID or password is incorrect is displayed.
On the other hand, when the login ID and the password match, a main screen MS (see FIG. 12) described later is displayed. When logged in on this login screen LS, the measurement information management application operates as resident software, and the application is being executed even if the runtime screen of the application is not always displayed.

When the registration key LS13 is input, a registration screen RS1 shown in FIG. 6 is displayed.
The registration screen RS1 is a screen for setting a login ID and password to be registered in the management server 5. In the registration screen RS1, a login ID input field RS11, password input fields RS12 and RS13, a confirmation code display field RS14, a confirmation code input field RS15, a return key BK, and a forward key FK are set.

The login ID input field RS11 and the password input fields RS12 and RS are input fields for setting a login ID (mail address) and a password to be registered, respectively.
The confirmation code display field RS14 is a confirmation code display field that is a random character string, and the confirmation code input field RS15 is an input field for the user to input the displayed confirmation code.
When the return key BK is pressed, the previous screen is displayed.
When the forward key FK is pressed, the next screen is displayed.

When the key FK that is advanced when the registration screen RS1 is displayed is pressed, the main control unit 361 transmits the input account information (login ID and password) to the management server 5 and whether or not registration with the account information is possible. Is determined. If registration is possible, the account information is registered in the management server 5, and a confirmation screen RS 2 shown in FIG. 7 is displayed on the display means 31 of the information terminal 3.
In the confirmation screen RS2, a display field RS21 for displaying a registered login ID (mail address) and a profile setting start key RS22 are set.

When the setting start key RS22 is pressed on the confirmation screen RS2, a profile setting screen RS3 shown in FIG. 8 is displayed.
In addition to the user name input field RS31, the gender setting field RS32, the birth date setting field RS33, the height setting field RS34, the weight setting field RS35, and the image setting field RS36, which are essential items, the setting screen RS3 returns to the above. A key BK and a forward key FK are set.
Note that the image setting field RS36 is an area for setting an image such as a photograph of the user, but an image cut out in a circular shape of a predetermined size from the center of the image selected by the user is set.

When the forward key FK is pressed after the items in the fields RS31 to RS36 are input and set on the setting screen RS3, a physical activity level setting screen RS4 shown in FIG. 9 is displayed.
In the setting screen RS4, physical activity level selection fields RS41 to RS43, a return key BK, and a skip key KK are set. If the skip key KK is pressed, the setting of the physical activity level is skipped and the screen is changed to another screen.
In the selection field RS41, characters "Level: 1" and an explanatory note (not shown) indicating that "I often sit for a day and do not exercise much" are written. In the selection field RS42, the text “Level: 2” and an explanatory note (not shown) that “I often sit for a day, but also do standing work, shopping, housework and light exercise” are written. Yes. In the selection field RS43, characters “Level: 3” and an explanatory note (not shown) indicating that “there are often moving and standing work” are written.
When any one of the selection fields RS41 to RS43 is selected, a check mark is added to the selected selection field and the key FK is advanced by the skip key KK as shown in FIG.

When the forward key FK is pressed on the setting screen RS4, a selection screen RS5 for determining whether to enable the diet option shown in FIG. 11 is displayed.
On this selection screen RS5, there are set a selection field RS51 in which an explanatory note “to enable a diet option” and a selection field RS52 in which an explanatory note “to disable a diet option” is written. Has been. These selection columns RS51 and RS52 are selection columns in which only one of them can be selected.
When the selection field RS51 is selected, the measurement information management program creates a standard diet program, for example, a diet program for reducing the monthly amount by 1% based on the information input on the setting screen RS3 shown in FIG. Assembled. On the other hand, when the selection field RS52 is selected, a diet program for maintaining the current weight is maintained.

In the screens RS1 to RS5 related to such account registration, after setting the current user's weight, immediately before setting whether to enable the diet program on the selection screen RS5, the user's body is set on the setting screen RS4. The activity level is selected. As a result, the diet program is configured to allow the user to recognize his / her physical information and physical activity level (in other words, lifestyle), and then select whether or not to perform a diet. It is possible to easily select the selection field RS51 for enabling.
Also, even if detailed items are not set, by setting relatively simple items, a provisional diet program can be set up, thereby saving the user's trouble.

  Although not shown after the selection screen RS5 is displayed, the display control unit 362 causes the display unit 31 to display a screen for executing pairing with the measuring device 2 and a guidance screen for introducing a diet program. . When the introduction on the guidance screen is completed, the main screen MS is displayed.

[Main screen]
12 to 32 are diagrams illustrating examples of the main screen MS and each detail screen.
When one of the selection fields RS51 and RS52 is selected on the selection screen RS5 and the forward key FK is input or when the user logs in from the login screen LS, the main screen MS shown in FIG. Is displayed.
The main screen MS is a screen showing the user's spirit and behavior. Specifically, on the main screen MS, a meter arrangement area LA in which meters M1 to M5, which are donut-shaped graphs showing the user's spirit and behavior, and a detailed display area DF for each item are set. Yes. In addition, transition keys MS1, MS2, an update key MS3, and an edit key MS4 are set at the four corners of the main screen MS, respectively, and the date or period of data displayed on each screen is displayed at the upper center. A date display area DC in which is displayed is set.

Among these, the transition key MS1 arranged at the upper left of the main screen MS is a key for transitioning to a screen for displaying and editing the detailed profile of the user.
The transition key MS2 arranged in the upper right is a key for transitioning to an event confirmation screen EV (see FIGS. 37 to 39) described later.
An update key MS3 arranged in the lower left is a key that receives measurement information from the measurement device 2 and updates the measurement information stored in the storage means 35 and the display content of the main screen MS.
The edit key MS4 arranged in the lower right is a key for making a transition to an input screen ED (see FIGS. 34 to 36) described later.

The meter arrangement area LA corresponds to the graph arrangement area of the present invention. Meters M1 to M5 indicating the user's excitement time, exercise time, sleep time, intake / consumed calories, and steps are set in the meter arrangement area LA, respectively.
Specifically, in the meter arrangement area LA, meters M1 to M5 are arranged at equal intervals on a virtual circle centered on a predetermined position in the depth direction of the main screen MS, and are most viewed from the diameter direction of the virtual circle. A nearby meter is displayed large. For example, in FIG. 12, a stress meter M1 indicating the user's excitement state is displayed large, and from the stress meter M1, counterclockwise, an exercise meter M2 indicating exercise time, a sleep meter M3 indicating sleep time, and intake / calorie consumption A calorimeter M4 indicating the number of steps and a step number meter M5 indicating the number of steps are arranged. The arrangement of each meter is not limited to the above, and can be changed as appropriate.

That is, in the example of FIG. 12, the stress meter M1 is arranged at the center of the meter arrangement area LA, and the exercise meter M2 and the step number meter M5 are arranged adjacent to the right side and the left side of the stress meter M1, respectively. A sleep meter M3 and a calorie meter M4 are arranged so as to be sandwiched between these meters M2 and M5.
In other words, in the depth direction of the meter arrangement area LA, the meter M1, which is a meter (first meter) located at the first position P1 that is the closest position, is displayed largest. Then, M2 and M5 which are meters (second meters) located at the second position P2 and the third position P3 which are positions on the depth side from the first position P1 are displayed smaller than the meter M1. Furthermore, meters M3 and M4, which are meters (third meters) located at the fourth position P4 and the fifth position P5 that are further on the depth side than the second position P2, are displayed smaller than the meters M2 and M5. .

  The meters M2 to M5 are lighter than the meter M1 and are displayed with high transparency and high transparency. Specifically, the meter M1 located at the first position P1 is clearly displayed with a dark color, low transmittance and low transparency, while the second position P2 located on the back side from the first position P1. The meters M2 to M5 located at the fifth position P5 are displayed with a faint color and a high transparency and a high transparency. A light color indicates a color whose gradation is close to white, and a dark color indicates a color whose gradation is close to black. Further, high transparency and transparency indicate a state where the meter appears blurred, and low transparency and transparency indicate a state where the meter can be clearly seen.

  Explaining each of the positions P1 to P5, when the screen is viewed in plan, the third position P3 is a position opposite to the second position P2 with respect to the first position P1, and the fifth position P5. Is a position opposite to the fourth position P4 with respect to the first position P1. That is, in the example of FIG. 12, the meter M1 at the first position P1, the meter M2 at the second position P2, the meter M5 at the third position P3, the meter M3 at the fourth position P4, and the meter at the fifth position P5. M4 is arranged.

  The display sizes of the meters at the positions P1 to P5 are first position P1> second position P2 and third position P3> fourth position P4 and fifth position P5, and the second position P2 and the third position P3. The display size of each meter is the same, and the display size of each meter at the fourth position P4 and the fifth position P5 is the same. The same applies to the darkness, transparency and transparency of the meters at each of the positions P1 to P5. The meter at the first position P1 is displayed most easily, and the meters at the second position P2 and the third position P3 are It is displayed more easily than the meter at the fourth position P4 and the fifth position P5.

By configuring in this way, on the main screen MS, not only the first meter but also the second meter and the third meter located on the back side from the first position P1 are displayed, and the visibility of the first meter is displayed. Will not be affected. From this, even if the display area of the main screen MS is small, all the meters M1 to M5 can be confirmed at a time. At this time, since the second meter and the third meter located on the back side are displayed lighter than the first meter, the first meter can be watched. Further, the meter M1 and the meters M2 to M5 are displayed with different transparency and transparency. By displaying in this way, it is possible to provide a screen for easily checking the meter M1 while displaying a plurality of meters.
The area where the second meter and the first meter overlap is smaller than the area where the third meter and the first meter overlap. Thereby, since the information of each meter of the 2nd position P2 and the 3rd position P3 is displayed with higher visibility than the meter of the 4th position P4 and the 5th position P5, the user confirms the 1st meter, It is possible to easily check the outline of each meter at the second position P2 and the third position P3.

Note that the display size of each meter at the first position P1 to the fifth position P5 is not limited to such a display format, and may be the same or different. For example, the display sizes of the meters at the second position P2 and the third position P3 may be different from each other, and the display sizes of the meters at the fourth position P4 and the fifth position P5 may be different from each other.
Furthermore, the color density, transparency, and transparency of each meter at the first position P1 to the fifth position P5 may be the same or different from each other. For example, the color density, transparency, and transparency of the meters arranged at the second position P2 and the third position P3 may be different from each other, and the colors of the meters at the fourth position P4 and the fifth position P5 are different. The thickness, transparency and transparency of each may be different. Furthermore, the color density, transparency, and transparency may be different between the meters at the second position P2 and the third position P3 and the meters at the fourth position P4 and the fifth position P5.

  When an operation of flicking or dragging from the right side to the left side is performed in the meter arrangement area LA in which such meters M1 to M5 are displayed, the second meter located on the right side with respect to the first meter is moved to the first position P1. The meter located at the first position P1 is moved to the third position P3 on the opposite side of the second position P2 with respect to the first position P1 as viewed in plan (that is, an operation such as a flick operation). Move to the display position of the meter in the direction). Then, the meter at the third position P3 before the operation moves to the fifth position P5 adjacent to the third position P3, and the meter at the fifth position P5 before the operation moves to the fifth position P5. Move to the adjacent fourth position P4. Furthermore, the meter that was in the fourth position P4 before the operation moves to the second position P2 adjacent to the fourth position P4. On the other hand, when an operation of flicking or dragging from the left side to the right side is performed in the meter arrangement area LA, each meter moves in the opposite manner, and the second meter on the left side moves to the first position P1.

For example, in the state where the main screen MS shown in FIG. 12 is displayed, when an operation (switching operation) is performed by flicking or dragging from the right side to the left side in the meter arrangement area LA, as shown in FIG. The first meter is switched from the stress meter M1 to the exercise meter M2. That is, the type (item) of information to be displayed is changed, and the corresponding item information is displayed. Each time such a switching operation is performed, as shown in FIGS. 14 to 16, the first meter is switched to a sleep meter M3, a calorie meter M4, and a pedometer meter M5, and when a similar switching operation is performed, The stress meter M1 is positioned at the first position P1.
On the other hand, when the main screen MS shown in FIG. 12 is displayed and the switching operation is performed from the left side to the right side in the meter arrangement area LA, the first meter is switched in the opposite direction to the above. As shown in FIG. 16, the first meter is the step number meter M5.
When the switching operation is performed quickly or when moving over a long distance, the arrangement of each meter may be shifted by two. For example, when the operation is performed when the main screen MS shown in FIG. 12 is displayed, the sleep meter M3 may be moved to the first position P1.

When the first meter is switched by such an operation, the greatly displayed meter is located at the first position P1. For example, when the switching operation from the right side to the left side is performed, the first meter and the second meter on the right side (the meter at the second position P2) move to the left side, and the first meter is small. The second meter is displayed large.
At this time, if the switching operation is interrupted before the second meter becomes larger than the first meter, the first meter and the second meter return to their original positions.
On the other hand, when the switching operation is continued until the second meter becomes larger than the first meter, the first meter becomes the second meter on the left side (the meter at the third position P3), and the second meter is the first meter. Switch to

When the main screen MS is displayed for the first time, the stress meter M1 is displayed in a state of being located at the first position.
In addition, when the login screen LS or the main screen MS is displayed, it is possible to preset a meter located at the first position among the meters M1 to M5. For example, when the application is started for the first time, the default meter is displayed at the first position, and is used in the login screen LS when the user selects to continue the login state after completion of the login process described later. A meter reflecting the measurement information of the person may be displayed at the first position.
Moreover, you may comprise so that the meter by which the information was updated and the meter judged that notification to a user was required may be displayed on a 1st position. For example, when the target is cleared, a meter corresponding to the target may be displayed at the first position.

The display of the main screen MS by the display control unit 362 is performed after the following processing is performed in advance.
That is, in the information terminal 3, first, the main control unit 361 acquires the measurement information from the measurement device 2 or the server 5 using the communication control unit 363 and the communication unit 33. And based on the said measurement information, user information, etc., the calculation part 365 calculates and produces | generates the various information (item information) shown by each meter M1-M5. Thereafter, the display control unit 362 generates a plurality of meters M1 to M5 based on the generated information, and further arranges the meters M1 to M5 in the meter arrangement area LA of the main screen MS. At this time, a part of the meter at the second position and the third position overlaps with the meter at the fourth position and the fifth position, and a meter at the first position with respect to the meter at the second position and the third position. The meters M1 to M5 are arranged so that a part of them overlap. Thereby, the main screen MS is generated and displayed.
Thus, by displaying the main screen MS including the meters M1 to M5, the user can objectively observe his / her life from a plurality of viewpoints, and the user's quality of life is improved. Can be useful.

[Excitation time display]
Next, the display of excitement time will be described.
When the main screen MS is operated to move the stress meter M1 to the first position, the main screen MS shown in FIG. 12 is displayed.
The stress meter M1 on the main screen MS is a balance meter that shows the excitement time during exercise and the excitement time during non-exercise, and is a donut graph in which the lower end of a circle is divided. The stress meter M1 indicates the excitement time during exercise by the amount of counterclockwise extension from the upper reference point BP, and indicates the excitement time during non-exercise by the amount of clockwise extension from the reference point BP.
In the stress meter M1, the excitement time during exercise is drawn in dark blue, and the excitement time during non-exercise is drawn in light blue. That is, in the stress meter M1, the excitement time during exercise and the excitement time during non-exercise are displayed so as to be distinguishable by shades and gradations of similar colors. The total value of the excitement time during exercise and the excitement time during non-exercise of the day is shown in the center of the stress meter M1.

In the detail display area DF, the excitement time during exercise (time displayed after the word “PHYSICAL”) and the excitement time during non-exercise (time displayed after the word “Mental”) are displayed. Is set.
The display contents of the stress meter M1 and the detailed display area DF are generated and displayed by the display control unit 362 based on the calculation result by the excitement time calculation unit 3651.

When the detail display area DF is tapped or clicked on the main screen MS shown in FIG. 12, the day detail screen DS11 regarding the excitement time shown in FIG. 17 is displayed. This day detail screen DS11 is a day-by-day detail screen relating to the excitement time, and in the day detail screen DS11, a display switching field SW, a meter arrangement area LA, and a detail display area DF are arranged.
Specifically, on the day detail screen DS11, the meter arrangement area LA is reduced, the display switching field SW is set above the meter arrangement area LA, and the detailed display area DF is enlarged upward. Further, on the day detail screen DS11, cursor keys CK1 and CK2 are set to the left and right of the date display area DC that is arranged so as to be sandwiched between the transition keys MS1 and MS2 and displays the current date. By displaying in this way, detailed information can be provided to the user as needed.

When the day detail screen DS11 is displayed, in the meter arrangement area LA, the step meters M5 and the exercise meters M2, which are the left and right second meters, move further outside, and the meters M3 and M4 move outside the display area. At this time, the transmittance set in the meters M5 and M2 is canceled. Further, the stress meter M1 is reduced to the same size as the meters M5 and M2, and is disposed between the meters M5 and M2. Then, the symbol mark (heart-shaped symbol mark which is a symbol mark of the stress meter M1) SM arranged in the meter M1 is moved to the outside and the upper position of the meter M1. By displaying in this way, even if the stress meter M1 is reduced, the numbers in the meter M1 can be displayed larger.
In the center of the stress meter M1, the total value of the excitement time during exercise and the excitement time during non-exercise on the date for displaying data is displayed.

In the detail display area DF, the excitement time during exercise and the excitement time during non-exercise are displayed, and the time axis AX from midnight of the date displayed in the date display area DC is set above them. A graph G11 showing a change in the pulse rate is shown on the time axis AX. In the graph G11, the range of time determined as the excitement time during exercise and the excitement time during non-exercise is represented by the same color shades as the stress meter M1 (that is, dark blue and light blue). . In the graph area where the graph G11 is displayed, there are two places where “00000 bpm” is drawn. Among these, the lower limit value of the measurement range by the measuring device 2 is set in the lower part, and the maximum value in the displayed graph G11 is set in the upper part.
When the cursor key CK1 pointing to the left side is input when such a day detail screen DS11 is displayed, the day detail screen DS11 of the previous day is displayed. When the cursor key CK1 is further input, the day detail screen DS11 of the previous day is further displayed. When the cursor key CK2 pointing to the right side is input, the day detail screen DS11 is displayed on the next day. By displaying in this way, it is possible to easily grasp the stress situation of the user for one day.

  In the display switching field SW, areas SW1 to SW3 denoted as “Day”, “Week”, and “Month” are set, which are a daily detail screen DS11 and a recent weekly detail screen, respectively. An operation for switching between the week detail screen DS12 (see FIG. 18) and the month detail screen DS13 (see FIG. 19), which is the latest detail screen in units of months, is accepted. In the display switching field SW, a mark indicating the type of the detailed screen currently displayed is set. That is, when the day detail screen DS11 is displayed, an image such as an underline is set in the area SW1, and when the week detail screen DS12 is displayed, an underline is set in the area SW2. When the month detail screen DS13 is displayed, an underline is set in the area SW3.

Then, when the area SW2 written as “Week” is input, a week detail screen DS12 shown in FIG. 18 is displayed. This week detail screen DS12 is a detail screen for the current week regarding the excitement time. In the week detail screen DS12, the display switching field SW, the meter arrangement area LA, and the detail display area DF are set.
Among these, the stress meter M1 arranged in the meter arrangement region LA is a meter indicating the excitement time during exercise and the excitement time during non-exercise for the most recent week (7 days), and in the center of the meter M1, The total value of the excitement time during exercise and the excitement time during non-exercise for the latest one round is displayed.

In the detailed display area DF, instead of the above-mentioned graph G11, the excitement time during exercise for each day in the most recent week is shown by the amount of extension from the time axis AX of the period displayed in the date display area DC, A graph G12 indicating the non-exercise excitement time for each day in the most recent week is displayed based on the amount of extension downward from the time axis AX. In the graph G12, a graph indicating the excitement time during exercise and the excitement time during non-exercise of the day is set at the rightmost position. In the graph area where the graph G12 is displayed, there are two places where “00:00” is drawn. Among these, the maximum value of the excitement time during non-exercise in the displayed graph G12 is set in the lower part, and the maximum value of excitement time during exercise in the graph G12 is set in the upper part. .
The excitement time during exercise and the excitement time during non-exercise displayed in the detailed display area DF are the total values of the excitement time during exercise and the excitement time during non-exercise for each day in the most recent week.
When such a week detail screen DS12 is displayed, if the cursor key CK1 pointing to the left side is input, the week detail screen DS12 of the week having the most recent Sunday or Monday as the first day is displayed. When the cursor key CK1 is further input, a week detail screen DS12 for the previous week is further displayed. When the cursor key CK2 pointing to the right side is input, the week detail screen DS12 for the next week is displayed. By displaying in this way, it is possible to provide the user with an opportunity to look back on the week while grasping his / her own stress state in the most recent week.

When the area SW3 written as “Month” is input, a month detail screen DS13 shown in FIG. 19 is displayed. This month detail screen DS13 is a detail screen of the current month regarding the excitement time. In the month detail screen DS13, the display switching field SW, the meter arrangement area LA, and the detail display area DF are set.
Among these, the stress meter M1 arranged in the meter arrangement area LA is a meter indicating the excitement time during exercise and the excitement time during non-exercise for the most recent month (30 days or 31 days), and the center of the meter M1 The total value of the excitement time during exercise and the excitement time during non-exercise for the most recent month is displayed. By displaying in this way, the daily stress balance of the most recent month, that is, the balance between physical stress and mental stress can be grasped while comparing each day.

In the detailed display area DF, similarly to the graph G12 described above, the daily excitement time during exercise in the most recent month is shown by the amount of extension from the time axis AX of the period displayed in the date display area DC, A graph G13 showing the non-exercise excitement time for each day in the most recent month is displayed based on the amount of extension downward from the time axis AX. In the graph G13, a graph indicating the excitement time during exercise and the excitement time during non-exercise of the day is set at the rightmost position. In the graph area where the graph G13 is displayed, the values set in two places drawn as “00:00” are the same as those in the graph area where the graph G12 is displayed.
When switching from the week detail screen DS12 to the month detail screen DS13, after the graph G12 is collected on the right side, the excitement time during exercise and the excitement time during non-exercise are shown from the left side of the vacant space. An animation that sets the graph is displayed. The same applies to the switching from the week detail screens DS22, DS32, DS42, and DS52 described later to the month detail screens DS23, DS33, DS43, and DS53.

The excitement time during exercise and the excitement time during non-exercise displayed in the detailed display area DF are the total values of the excitement time during exercise and the excitement time during non-exercise for each day in the most recent month.
When the cursor key CK1 pointing to the left side is input when such a month detail screen DS13 is displayed, the month detail screen DS13 starting from the most recent day (the first day of the month) is displayed. When the cursor key CK1 is further entered, the month detail screen DS13 of the previous month is further displayed. When the cursor key CK2 pointing to the right side is input, the month detail screen DS13 for the next month is displayed.

In addition, when the information terminal 3 is tilted sideways while any one of the day detail screen DS11, the week detail screen DS12, and the month detail screen DS13 is displayed, the corresponding graph is enlarged and displayed. .
For example, when the information terminal 3 is tilted horizontally during the display of the day detail screen DS11, a screen DS14 in which the graph G11 included in the day detail screen DS11 is enlarged vertically and horizontally is displayed as shown in FIG. The By displaying in this way, even if the screen of the information terminal 3 is small, it is possible to easily confirm more detailed time-series changes.

[Exercise time display]
Next, the display of exercise time will be described.
When the main screen MS is operated to move the exercise meter M2 to the first position, the main screen MS shown in FIG. 13 is displayed.
This exercise meter M2 is a donut graph showing exercise time (normal exercise time and in-zone exercise time) by a clockwise extension amount starting from the upper reference point BP. In the exercise meter M2, the in-zone exercise time is set on the side close to the starting point. At this time, the normal exercise time is drawn in pink, and the in-zone exercise time is drawn in purple. That is, in the exercise meter M2, the exercise time is displayed so as to be identifiable by shades and gradations of similar colors, like the stress meter M1.
In the exercise meter M2, the target value set by the diet program is indicated by a straight line S extending in the diameter direction of the meter M2. And the total value of the exercise time of the day is shown in the center of the exercise meter M2. By displaying in this way, the current total exercise time, the intra-zone exercise time, and the degree of achievement with respect to the target can be confirmed at a time, and the effect of the exercise performed by himself can be grasped intuitively.
In the main screen MS in which the exercise meter M2 is located at the first position, the detailed display area DF includes a normal exercise time (time displayed after the word “ACTIVITY”) and an in-zone exercise time (“ZONE”). The time displayed after the word) is displayed. By displaying in this way, the specific implementation status can be confirmed.

When the detail display area DF is tapped or clicked on the main screen MS shown in FIG. 13, a day detail screen DS21 regarding exercise time shown in FIG. 21 is displayed.
This day detail screen DS21 is a day-by-day detail screen regarding exercise time. On the day detail screen DS21, as with the day detail screen DS11, a display switching field SW, a meter arrangement area LA, and a detail display area DF are arranged. By displaying in this way, detailed information can be provided to the user as needed.

  When the day detail screen DS21 is displayed, the exercise meter M2 is reduced in the meter arrangement area LA in the same manner as the day detail screen DS11, and becomes the same size as the meters M1 and M3 located on the left and right of the exercise meter M2. , Between the meters M1 and M3. Then, the symbol mark SM arranged in the meter M2 is moved to the position outside and above the meter M2. By displaying in this way, as in the above, even if the exercise meter M2 is reduced, the numbers in the meter M2 can be displayed larger. Further, the total value of the exercise time of the day is displayed at the center of the exercise meter M2.

In the detailed display area DF, the normal exercise time and the exercise time in the zone are displayed, and the time axis AX from midnight of the date displayed in the date display area DC is set above these, and the time A graph G21 showing a change in the pulse rate is shown on the axis AX. In the graph, the time ranges calculated as the normal exercise time and the in-zone exercise time are represented by shades of similar colors similar to the exercise meter M2. Values set in two places drawn as “00000 bpm” in the graph area where the graph G21 is displayed are the same as those in the graph area where the graph G11 is displayed.
When the cursor key CK1 pointing to the left side is input during the display of the day detail screen DS21, the day detail screen DS21 of the previous day is displayed. When the cursor key CK1 is further input, the day detail screen DS21 of the previous day is further displayed. When the cursor key CK2 pointing to the right side is input, the day detail screen DS21 is displayed on the next day. By displaying in this way, it is possible to easily grasp the daily exercise performed by the user.

When the area SW2 in the display switching field SW is input, a week detail screen DS22 shown in FIG. 22 is displayed. This week detail screen DS22 is a weekly detail screen regarding exercise time. In the week detail screen DS22, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Among these, the exercise meter M2 arranged in the meter arrangement area LA is a meter indicating the total value of the normal exercise time and the total exercise time in the zone for the latest one week, and is displayed at the center of the meter M2. This value is the total value of the exercise time for the latest one round.

  In the detailed display area DF, the time axis AX of the period displayed in the date display area DC is set instead of the above-described graph G21, and the normal exercise time and the exercise time in the zone are displayed daily from the time axis AX. A stacked graph G22 is displayed. In the graph G22, the exercise time of the day is shown at the rightmost position. In the graph area where the graph G22 is displayed, there is a portion drawn as “00:00”, and the total value of each day indicated by the displayed graph G22 (the normal exercise time and the zone) The maximum value of the total value of the internal exercise time is set.

The normal exercise time and the intra-zone exercise time displayed in the detailed display area DF are the total values of the normal exercise time and the intra-zone exercise time for each day in the most recent week.
When such a week detail screen DS22 is displayed, if the cursor key CK1 pointing to the left side is input, the week detail screen DS22 of the week having the most recent Sunday or Monday as the first day is displayed. When the cursor key CK1 is further input, a week detail screen DS22 for the previous week is further displayed. When the cursor key CK2 pointing to the right side is input, the week detail screen DS22 for the next week is displayed. By displaying in this way, the user can be provided with an opportunity to look back on the week while grasping the amount of exercise performed in the last week. Moreover, since the balance between the exercise time in the zone and the other exercise time can be grasped, the efficiency of the exercise can be grasped intuitively.

When the area SW3 is input in a state where either the day detail screen DS21 or the week detail screen DS22 is displayed, a month detail screen DS23 shown in FIG. 23 is displayed. This month detail screen DS23 is a month-by-month detail screen relating to exercise time. In the month detail screen DS23, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Among these, the exercise meter M2 arranged in the meter arrangement area LA is a meter indicating the normal exercise time and the intra-zone exercise time for the most recent month, and in the center of the meter M2, the most recent month is shown. The total value of exercise time is displayed. By displaying in this way, it is possible to grasp the exercises performed in the most recent month while comparing each day.

In the detailed display area DF, the time axis AX of the period displayed in the date display area DC is set similarly to the graph G22, and the daily display in the most recent month by the amount extending upward from the time axis AX. A stacked graph G23 indicating the normal exercise time and the in-zone exercise time is displayed. In this graph G23, the exercise time of the day is shown at the rightmost position. The value set at the location where “00:00” is drawn in the graph area where the graph G23 is displayed is the same as the graph area where the graph G22 is displayed.
The normal exercise time and the intra-zone exercise time displayed in the detailed display area DF are the total values of the normal exercise time and the intra-zone exercise time for each day in the most recent month.

When the cursor key CK1 pointing to the left side is input during the display of the month detail screen DS33, the month detail screen DS23 of the month having the first day as the first day is displayed. When the cursor key CK1 is further input, the month detail screen DS23 of the previous month is further displayed. When the cursor key CK2 facing the right side is input, the month detail screen DS23 for the next month is displayed.
In addition, when the information terminal 3 is tilted sideways while any one of the detail screens DS21 to DS23 is displayed, the corresponding graph is enlarged and displayed as described above. By displaying in this way, even if the screen of the information terminal 3 is small, it is possible to easily confirm more detailed time-series changes.

[Sleep time display]
Next, display of sleep time will be described.
When the main screen MS is operated to move the sleep meter M3 to the first position, the main screen MS shown in FIG. 14 is displayed.
The sleep meter M3 is a donut-shaped graph that indicates sleep time (wake time, shallow sleep time, and deep sleep time) by a clockwise extension amount starting from the upper reference point BP. In this sleep meter M3, a deep sleep time, a shallow sleep time, and an awakening time are set in order from the side closer to the starting point. At this time, the deep sleep time is drawn in light blue, the shallow sleep time is drawn in deep blue, and the awakening time is drawn in purple. That is, in the sleep meter M3, similarly to the meters M1 and M2, the sleep time is displayed so as to be distinguishable by shades and gradations of similar colors. In the center of such a sleep meter M3, the total value of the sleep time of the day is shown. By displaying in this way, it becomes easy to confirm the outline of the sleep state of the day.
In such a main screen MS, in the detailed display area DF, a deep sleep time (time displayed after the word “DEEP SLEEP”) and a shallow sleep time (displayed after the word “LIGHT SLEEP”) are displayed. Time) and awakening time (time displayed after the word “AWAKE”) are displayed in order from the bottom. By displaying the detailed information in this way, the sleep state of the day can be grasped with specific numerical values.

When the detail display area DF is tapped or clicked on the main screen MS shown in FIG. 14, a day detail screen DS31 regarding sleep time shown in FIG. 24 is displayed.
This day detail screen DS31 is a detail screen of the day regarding sleep time. On the day detail screen DS31, as with the day detail screens DS11 and DS21, a display switching field SW, a meter arrangement area LA, and a detail display area DF are arranged.

  When the day detail screen DS31 is displayed, in the meter arrangement area LA, the sleep meter M3 has the same size as the meters M2 and M4 located on the left and right of the sleep meter M3, as in the day detail screens DS11 and DS21. In a reduced state, it is arranged between the meters M2 and M4. Then, the symbol mark SM arranged in the meter M3 is moved to the position outside and above the meter M3. By displaying in this way, the number in the meter M3 can be displayed larger even if the sleep meter M3 is reduced in the same manner as described above. Moreover, the total value of the sleep time of the day is displayed in the center of the sleep meter M3.

In the detailed display area DF, deep sleep time, shallow sleep time, and awake time are displayed in order from the bottom, and a time axis AX within a period determined as sleep time is set above these, and the time axis A graph G31 showing a change in pulse rate is shown on AX. And in the said graph G31, the range of the time determined to be a deep sleep time, a shallow sleep time, and an awakening time is represented by the shade of the similar color similar to the said meter M3. Values set in two places drawn as “00000 bpm” in the graph area where the graph G31 is displayed are the same as those in the graph area where the graph G11 is displayed.
The operation when the cursor key CK1 facing the left side and the cursor key CK2 facing the right side are pressed when the day detail screen DS31 is displayed is the same as when the day detail screens DS11 and DS21 are displayed. By displaying in this way, the sleep state of the user can be expressed in a time-series in an easy-to-understand manner, and the user can easily understand his / her state during sleep.

When the area SW2 is input, a week detail screen DS32 shown in FIG. 25 is displayed. This week detail screen DS32 is a weekly detail screen regarding sleep time. In the week detail screen DS32, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Among these, the sleep meter M3 arranged in the meter arrangement area LA is a meter indicating the total value of the deep sleep time, the shallow sleep time, and the awakening time for the most recent week, and is displayed at the center of the meter M3. The value to be set is the total value of the sleep time for the latest one round.

In the detailed display area DF, instead of the above-described graph G31, a stacked sleep type in which deep sleep time, shallow sleep time, and awakening time are stacked daily from the time axis AX of the period displayed in the date display area DC. A graph G32 is displayed. In this graph G32, the sleep time of the day is shown at the rightmost position in the same manner as described above. Each time displayed in the detail display area DF is the total value of the time for each day in the most recent week. Note that in the graph area where the graph G32 is displayed, “00:00” is drawn at the total value of each day indicated by the displayed graph G22 (the sum of the deep sleep time, the shallow sleep time, and the awakening time). Value) is set.
The operation when the cursor keys CK1 and CK2 are input when the week detail screen DS32 is displayed is the same as that when the week detail screens DS12 and DS22 are displayed. By displaying in this way, it is possible to easily grasp the sleep status of the most recent week.

When the area SW3 is input during the display of either the day detail screen DS31 or the week detail screen DS32, a month detail screen DS33 shown in FIG. 26 is displayed. The month detail screen DS33 is a month-specific detail screen regarding sleep time, and the display switching field SW, the meter arrangement area LA, and the detail display area DF are set in the month detail screen DS33.
Among these, the sleep meter M3 arranged in the meter arrangement area LA is a meter indicating a deep sleep time, a shallow sleep time, and a wake-up time for the most recent month. The total value of sleep time for months is displayed.

In the detailed display area DF, similarly to the graph G32, the deep sleep time, the shallow sleep time for each day in the most recent month, and the amount of extension from the time axis AX of the period displayed in the date display area DC to the upper side. A stacked graph G33 showing the awakening time is displayed. In this graph G33, the sleep time of the day is shown at the rightmost position. The value set at the location where “00:00” is drawn in the graph area where the graph G33 is displayed is the same as that in the graph area where the graph G32 is displayed.
Each time displayed in the detail display area DF is a total value of each time for each day in the most recent month. By displaying in this way, it is possible to look down on the daily sleep history of the most recent month and easily compare the daily sleep state.

The operation when the cursor keys CK1 and CK2 are input when the month detail screen DS33 is displayed is the same as that when the month detail screens DS13 and DS23 are displayed.
Note that, when the information terminal 3 is tilted sideways while any one of the detail screens DS31 to DS33 is displayed, the corresponding graph is enlarged and displayed as described above. By changing the display in this way, even when the screen of the information terminal 3 is small, more detailed time-series changes can be easily confirmed.

[Intake / calorie display]
Next, display of intake / consumed calories will be described.
When the calorimeter M4 is moved to the first position by operating the main screen MS, the main screen MS shown in FIG. 15 is displayed.
Similar to the stress meter M1, the calorimeter M4 on the main screen MS is a balance meter that shows ingested calories and consumed calories, and is a donut graph in which the lower end of the circle is divided. The calorimeter M4 indicates calorie consumption by the counterclockwise extension from the upper reference point BP, and indicates calorie intake by the clockwise extension from the reference point BP. At this time, the calorie consumption is drawn in orange, and the calorie intake is drawn in yellow. That is, in the calorie meter M4, as in the meters M1 to M3, the intake / consumed calories are displayed so as to be identifiable by shades and gradations of similar colors. In the center of such a calorimeter M4, the difference between the intake calorie and the consumed calorie of the day is shown.
In such a main screen MS, the detailed display area DF displays the consumed calories (value displayed after the word “CALOLIE-OUT”) and the calorie intake (“CALOLIE-IN” after the word). Are displayed in order from the bottom.

When the detail display area DF is tapped or clicked on the main screen MS shown in FIG. 15, a day detail screen DS41 regarding intake / consumed calories shown in FIG. 27 is displayed.
This day detail screen DS41 is a day-by-day detail screen regarding intake / calorie consumption. On the day detail screen DS41, as in the day detail screens DS11 to D31, a display switching field SW, a meter arrangement area LA, and a detail display area DF are arranged.

  When the day detail screen DS41 is displayed, in the meter arrangement area LA, the calorimeter M4 has the same size as the meters M3 and M5 located on the left and right of the calorimeter M4 as in the day detail screens DS11 to DS31. Reduced and placed between the meters M3 and M5. Then, the symbol mark SM arranged in the meter M4 is moved to a position outside and above the meter M4. By displaying in this way, even if the calorie meter M4 is reduced, the numbers in the meter M4 can be displayed larger. In the center of the calorimeter M4, a difference between the intake calorie and the consumed calorie of the day is displayed.

In the detail display area DF, the calorie consumption and the calorie intake are displayed in order from the bottom, and the time axis AX from midnight of the date displayed in the date display area DC is set above these, and the time A graph G41 showing calorie consumption and calorie intake in time series is displayed on the axis AX. In this graph G41, calorie consumption is indicated by the amount of extension from the time axis AX upward, and calorie intake is indicated by the amount of extension from the time axis AX downward. The color coding of the calorie intake and the calorie consumption in the graph G41 is the same as that of the calorimeter M4. In the graph area where the graph G41 is displayed, there are two places where “00000 kcal” is drawn. Among these, the maximum value of the calorie intake shown by the graph G41 is set in the lower part, and the maximum value of the calorie consumption shown by the graph G41 is set in the upper part.
The operation when the cursor keys CK1 and CK2 are input when the day detail screen DS41 is displayed is the same as that when the day detail screens DS11 to DS31 are displayed. By displaying in this way, the daily calorie consumption and intake calorie can be displayed in time series, so that the daily living state can be easily grasped.

When the area SW2 is input, a week detail screen DS42 shown in FIG. 28 is displayed. This week detail screen DS42 is a weekly detail screen regarding intake / calorie consumption. In the week detail screen DS42, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Among these, the calorimeter M4 arranged in the meter arrangement area LA is a meter indicating the total value of the calories consumed and consumed for the most recent week, and the value displayed in the center of the meter M4 is: It is the difference between the calorie intake and the calorie consumption for the last one week.

In the detailed display area DF, instead of the above-mentioned graph G41, the daily calorie consumption in the most recent week is shown by the amount of extension upward from the time axis AX of the period displayed in the date display area DC. A graph G42 indicating the daily calorie intake in the most recent week is displayed based on the amount of extension from AX to the lower side. In this graph G42, the intake calorie and consumption calorie of the day are shown at the rightmost position. In the graph area where the graph G42 is displayed, there are two places where “00000 kcal” is drawn. Among these, the maximum value of the total calorie intake for each day indicated by the graph G41 is set in the lower part, and the consumption of each day indicated by the graph G41 is set in the upper part. The maximum value among the total values of calories is set.
The operation when the cursor keys CK1 and CK2 are input when the week detail screen DS42 is displayed is the same as that when the week detail screens DS12 to DS32 are displayed. By being displayed in this way, the balance of calories consumed and calories ingested in the most recent week can be easily grasped, so that the user can be provided with an opportunity to save on eating habits. In addition, it is possible to provide the user with short-term analysis information on eating habits toward the goal.

When the area SW3 is input during the display of either the day detail screen DS41 or the week detail screen DS42, a month detail screen DS43 shown in FIG. 29 is displayed. This month detail screen DS43 is a month-by-month detail screen relating to intake / consumed calories. In the month detail screen DS43, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Among these, the calorie meter M4 arranged in the meter arrangement area LA is a meter showing the calorie intake and the calorie consumption for the most recent month, and the calorie intake for the most recent month is in the center of the meter M4. And the difference between the calories consumed.

Similarly to the graph G42, the detail display area DF shows the daily calorie consumption in the most recent month based on the amount of extension from the time axis AX of the period displayed in the date display area DC to the upper side. A graph G43 indicating calorie consumption is displayed according to the amount of extension from AX downward. In this graph G33, the intake calorie and the consumed calorie of the day are shown at the rightmost position. Values set in two places drawn as “00000 kcal” in the graph area where the graph G43 is displayed are the same as those in the graph area where the graph G42 is displayed.
Each value displayed in the detailed display area DF is a total value of calories consumed and a total value of calories consumed in the most recent month. By being displayed in this way, the balance of calories consumed and calories consumed in the most recent month can be easily grasped, so that the user can be provided with an opportunity to save on eating habits. In addition, medium-term analysis information regarding eating habits can be provided to the user toward the goal.

The operation when the cursor keys CK1 and CK2 are input when the month detail screen DS43 is displayed is the same as that when the month detail screens DS13 to DS33 are displayed.
In addition, when the information terminal 3 is tilted sideways while any one of the detail screens DS41 to DS43 is displayed, the corresponding graph is enlarged and displayed as described above. By changing the display in this way, even when the screen of the information terminal 3 is small, more detailed time-series changes can be easily confirmed.

[Display step count]
Next, the display of the number of steps will be described.
When the main screen MS is operated to move the pedometer M5 to the first position, the main screen MS shown in FIG. 16 is displayed.
The step meter M5 is a donut indicating the number of steps by normal walking (ordinary number of steps) and the number of steps by walking in the fat burning zone (steps in the zone) by the amount of clockwise extension starting from the reference point BP at the upper end. It is a type graph. In this step meter M5, the normal step number and the step number in the zone are set in order from the side closer to the starting point. At this time, the normal number of steps is drawn in light green, and the number of steps in the zone is drawn in dark green. That is, in the step count meter M5, the step count is displayed so as to be identifiable by shades and gradations of similar colors, as in the meters M1 to M4. In the center of such a step meter M5, the total number of steps on the day (normal step number and zone step number) is shown. By being displayed in this way, the user can easily check the number of steps taken in one day and can check the number of steps in the zone range, so that the user can be naturally aware of increasing the number of steps in the zone for fat burning. be able to.
In such a main screen MS, in the detail display area DF, the number of steps in the zone (value displayed after the word “ZONE”) and the normal number of steps (time displayed after the word “STEP”) are displayed. They are arranged and displayed in order from the bottom. Thus, by displaying the number of steps in the zone and the number of normal steps together, the specific number of steps that contributed to fat burning can be easily grasped, and the user can be motivated.

When the detail display area DF is tapped or clicked on the main screen MS shown in FIG. 16, a day detail screen DS51 regarding the number of steps shown in FIG. 30 is displayed.
This day detail screen DS51 is a day-by-day detail screen regarding the number of steps. In the day detail screen DS51, the display switching field SW, the meter arrangement area LA, and the detail display area DF are arranged as in the day detail screens DS11 to DS41.

  When the day detail screen DS51 is displayed, in the meter arrangement area LA, as with the day detail screens DS11 to DS41, the step meter M5 has the same size as the meters M4 and M1 located on the left and right of the step meter M5. In a reduced state, it is arranged between the meters M4 and M1. Then, the symbol mark SM arranged in the meter M5 is moved to the position outside and above the meter M5. By displaying in this way, even if the step meter M5 is reduced, the numbers in the meter M5 can be displayed larger. In the center of the step number meter M5, the total value of the number of steps on the date for displaying data is displayed.

In the detail display area DF, the number of steps in the zone and the normal number of steps are displayed in order from the bottom, and the change in the pulse rate on the time axis AX from midnight of the date displayed in the date display area DC is displayed above these A graph G51 in which the normal step count and the step count in the zone are stacked by the amount of extension upward from the same time axis AX as the graph G5A is shown. The time indicated by the time axis AX in these graphs 5A and G51 coincides. In the graph area where the graph G51 is displayed, the maximum number of steps indicated by the graph G51 is set at a location where “00000 steps” is drawn.
The operation when the cursor keys CK1 and CK2 are input when the day detail screen DS51 is displayed is the same as that when the day detail screens DS11 to DS41 are displayed.

When the area SW2 is input, a week detail screen DS52 shown in FIG. 31 is displayed. The week detail screen DS52 is a weekly detail screen regarding the number of steps. In the week detail screen DS52, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Of these, the step meter M5 arranged in the meter arrangement area LA is a meter indicating the total value of the normal steps for the most recent week and the total number of steps in the zone, and is displayed at the center of the meter M5. Is the total value of the number of steps for the most recent round.

In the detailed display area DF, instead of the above-mentioned graph G51, the normal number of steps for the most recent week and the number of steps in the zone are accumulated every day above the time axis AX of the period displayed in the date display area DC. A type graph G52 is displayed. In this graph G52, the number of steps of the day is shown at the rightmost position in the same manner as described above. In addition, the normal step count and the zone step count displayed in the detail display area DF are respectively the total values of the times per day in the most recent week. In the graph area where the graph G52 is displayed, the maximum value of the total number of steps (the number of normal steps and the number of steps in the zone) of each day indicated by the graph G52 is set in a portion drawn as “00000 steps”. The
The operation when the cursor keys CK1 and CK2 are pressed when the week detail screen DS52 is displayed is the same as that when the week detail screens DS12 to DS42 are displayed. By displaying in this way, it is possible to provide the user with an opportunity to look back on the week while grasping the walking situation in the most recent week.

When the area SW3 is input during the display of either the day detail screen DS51 or the week detail screen DS52, a month detail screen DS53 shown in FIG. 32 is displayed. The month detail screen DS53 is a month-by-month detail screen regarding the number of steps. In the month detail screen DS53, a display switching field SW, a meter arrangement area LA, and a detail display area DF are set.
Among these, the step meter M5 arranged in the meter arrangement area LA is a meter indicating the total value of the normal steps for the most recent month and the total number of steps in the zone, and in the center of the meter M5 is the latest step. The total number of steps for a month is displayed.

In the detailed display area DF, as in the graph G52, the number of normal steps and the number of steps in the zone for the most recent month are indicated by the amount of extension from the time axis AX to the upper side of the period displayed in the date display area DC. A stacked graph G53 is displayed. In this graph G53, the number of steps of the day is shown at the rightmost position. In the graph area where the graph G53 is displayed, the value set at the location where “00000 steps” is drawn is the same as that in the graph area where the graph G52 is displayed.
The number of steps displayed in the detailed display area DF is the total value of the normal number of steps and the number of steps in the zone in the most recent month.
The operation when the cursor keys CK1 and CK2 are input when the month detail screen DS53 is displayed is the same as that when the month detail screens DS13 to DS43 are displayed.
In addition, when the information terminal 3 is tilted sideways while any one of the detailed screens DS51 to DS53 is displayed, the corresponding graph is enlarged and displayed as described above.

By confirming the main screen MS and the detailed screens of the respective items as described above, the user can grasp his / her mental state and action state.
When the main screen MS is displayed, the meter displayed at the first position is the stress meter M1 when it is displayed for the first time, but thereafter, the meter that was displayed at the previous display is displayed.

[Operation when renewal key is entered]
FIG. 33 is a diagram showing the update key MS3 in a state where the update key MS3 is input and the information terminal 3 is communicating with the measuring device 2 or the management server.
When the update key MS3 set on the main screen MS and each detail screen is input, the main control unit 361 accesses the measurement device 2 via the communication control unit 363 and the communication unit 33, and the measurement device. In addition to acquiring new measurement information from 2, the management server 5 is accessed to acquire newly uploaded measurement information. At this time, the display control unit 362 changes the design of the update key MS3 to a design of a circle whose outer periphery is formed by dots as shown in FIG.
When new measurement information is acquired, the calculation by the calculation unit 365 is performed, and the display control unit 362 performs the main screen MS and the calculation based on the acquired measurement information and the calculation result by the calculation unit 365. Update the display contents of each detail screen.

  In addition, when selection operation of the update key MS3 is performed, it can also comprise so that the information of the meter of a 1st position may be updated. With this configuration, only intended information can be updated and displayed. Further, when an update key selection operation is performed, information on meters located other than the first position may be updated. By being configured in this way, information on the meters arranged at positions other than the first position is also updated, and each meter is redrawn, so that the user can easily grasp the changed meter. In addition, by expressing changes other than the meter displayed at the first position in this way at the same time, the user's interest is directed to other meters, and the user is prompted to confirm multifaceted information. be able to.

[Configuration of input screen]
34 to 36 are diagrams illustrating an example of the input screen ED.
When the edit key MS4 set on the main screen MS and each detail screen is pressed, an input screen ED shown in FIG. 34 is displayed so as to extend from below.
This input screen ED is a vertically long screen in which a meal registration area ED1, a sleep time editing area ED2, and a weight registration area ED3 are arranged in series in order from the top, and each setting can be made by flicking or dragging the user up and down. A screen is displayed. The arrangement direction of each of these areas ED1 to ED3 is orthogonal to the perpendicular line of the image display area of the display unit 31, and in the present embodiment, coincides with the longitudinal direction of the rectangular image display area. In addition, the said orthogonal direction is not restricted to a longitudinal direction, A short direction or another direction may be sufficient.

[Meal information registration]
The meal registration area ED1 is an area having an item name TN written as “MIAL”, and is an area for registering daily meal information. Specifically, in the meal registration area ED1, a meal classification (any of breakfast, lunch, dinner, snacks, and drinking), a meal time, and a meal amount (“multiple”, “normal”, “small eyes”, and Register one of "I have not eaten". Among these, the meal amount is registered by selecting from the icons ("multiple", "normal", "small eyes" and "not eating") which are selection items of the meal amount as the relative amount selection part. it can. By registering such information, the calorie of the meal (calorie intake) is automatically set based on the basal metabolism.

  Specifically, in the meal registration area ED1, the display switching field SW which is an object, a date display area DC indicating a date for which meal information can be set, and a left-facing direction and a left-facing direction provided on the left and right of the date display area DC, respectively. Right-pointing cursor keys CK1 and CK2 are set. In addition, the display contents are switched to the meal registration area ED1 by selecting one of the areas SW1 to SW3 described as “Day”, “Week”, and “Month” set in the display switching field SW. A variable display area ED11, a content display area ED12 for registering and displaying meal information, and an add key TK and a delete key DK are set. These variable display area ED11 and content display area ED12 are also constituted by objects.

When the area SW1 is pressed, the variable display area ED11 displays the time axis AX starting from midnight of the date displayed in the date display area DC as shown in FIG. When set, a mark (a black circle in FIG. 34) is attached to a position on the time axis AX corresponding to the meal time included in the meal information. In the variable display area ED11, a bar B orthogonal to the time axis AX is set, and by moving the bar B along the time axis AX, the time for setting meal information can be selected, and the cursor keys CK1, The date for setting meal information can be selected by pressing CK2.
Note that the position of the mark is set according to the amount of meal to be input, as will be described later in detail.

Here, the meal information is registered by moving the bar B, selecting a desired time, and entering the content display area ED12 located below the variable display area ED11, and then inputting the additional key TK. The
That is, although illustration is omitted, the meal category and the meal amount can be set by selecting an icon, and the meal time is automatically set according to the position of the bar B. When these are input, the calorie of the meal is calculated based on the basal metabolism, and the value of the calorie is automatically displayed. When the meal category is “drinking”, the calorie value is a fixed value.
After the meal information is input, when the additional key TK is pressed, the meal information is stored in the storage means 35 and registered.

  By introducing such a meal information input method, the user can complete the meal input with a small number of operations. Here, many diet support systems currently in general require troublesome operations such as the need to enter or select a meal menu, and therefore the user does not input meal information sufficiently, and the user's eating habits As a result, it was difficult to grasp the actual state of activities for dieting. On the other hand, in the meal input method according to the present embodiment, the screen is changed to the input screen ED, the bar B is moved to a desired date and time, the additional key TK is pressed, and an approximate meal amount is selected. Can be completed. For this reason, since the burden of the user concerning a meal input is reduced significantly, the willingness to input meal information continuously can be encouraged.

The meal information registered in this way is displayed in the content display area ED12 when the meal time coincides with the time selected by moving the bar B. Then, when the delete key DK is input while displaying the registered meal information, the meal information is deleted.
The operation when the cursor keys CK1 and CK2 are pressed when such a daily meal registration area ED1 is displayed is the same as when the day detail screens DS11 to DS51 are displayed.

On the other hand, when the area SW2 is pressed, as shown in FIG. 35, the time axis AX displayed in the variable display area ED11 becomes the time axis for each day starting from the most recent Sunday or Monday. And the mark (black circle in FIG. 35) according to the amount of meal of each day (any one of “multiple”, “normal”, “small eyes” and “not eating”) is placed at the position corresponding to each day. Is set. Specifically, the position of the mark is set on the time axis AX if the corresponding meal amount is “normal”, and is set on the upper side of the time axis AX if the meal amount is “multiple”. If the amount of meal is “small”, it is set at a position below the time axis AX.
For example, on the 25th day in the variable display area ED11, since the amount of meal is “normal”, the above mark is added on the time axis AX. On the other hand, on the 26th, since the amount of meal was “multiple”, the above mark (black circle) is added on the upper side of the time axis AX. On the other hand, on the 27th, since the amount of meal was “small”, the above mark is added below the time axis AX. The same applies to the daily meal registration area ED1.

When a date is selected by the bar B, if meal information is registered on the selected date, the meal information is displayed in the content display area ED12. At this time, if a plurality of meal information is registered, each meal information is displayed in the content display area ED12 from the top in the order of meal times included in each meal information.
The operation when the cursor keys CK1 and CK2 are pressed while the weekly meal registration area ED1 is displayed is the same as that when the week detail screens DS12 to DS52 are displayed.

The meal information can be registered also in the weekly meal registration area ED1.
In this case, after moving the bar B and selecting the date for registering the meal information, the meal information including the meal time is input in the content display area ED12, and the additional key TK is pressed, thereby the meal Information can be registered.
When deleting the registered meal information, the meal information to be deleted can be deleted by selecting the meal information to be deleted displayed in the content display area ED12 and then pressing the delete key DK.
The operation when the cursor keys CK1 and CK2 are pressed when such a weekly meal registration area ED1 is displayed is the same as that when the week detail screens DS12 to DS52 are displayed. Thus, by displaying the meal information weekly, the user can grasp the actual condition of his / her short-term eating habits and can provide the user with an opportunity to improve the eating habits of the following week.

  On the other hand, when the area SW3 is pressed, as shown in FIG. 36, the time axis AX displayed in the variable display area ED11 becomes a time axis for each day starting from the most recent day (the first day of the month). And the mark (black circle in FIG. 36) according to the said meal amount of each day is set in the position according to each day. The mark setting method is the same as the weekly mark setting method.

When the date is selected by the bar B, as in the case of the week unit, when the meal information is registered on the selected date, the meal information is displayed in the content display area ED12. The
The operation when the cursor keys CK1 and CK2 are pressed during the display of the monthly meal registration area ED1 is the same as when the month detail screens DS13 to DS53 are displayed.
In addition, the meal information can be registered in the monthly meal registration area ED1. The meal information registration method in this case is the same as that in the case of using the weekly meal registration area ED1. In this way, the meal information is displayed on a monthly basis, so that the user can overlook the actual state of his / her medium-term eating habits. Dieting and health promotion activities require long-term efforts, and eating habits are one of the important keys. By grasping this information about eating habits while changing the day, week, month and period, users can grasp their own eating trends and eating habits trends, which can be used for diet and health promotion. .

  Note that when the weekly and monthly meal registration areas ED1 are displayed, the position on the time axis AX may be the average value of the meal amount or the average value of calorie intake during the displayed period. Furthermore, the position where the mark is set with respect to the time axis AX is set as a difference between the calorie intake and the calorie consumption on the day, and when the calorie intake exceeds the calorie consumption, the time axis AX is set according to the difference. On the other hand, a mark may be set on the upper side, and if the mark is below, a mark may be set on the lower side with respect to the time axis AX according to the difference. In this case, in the daily meal registration area ED1, the mark is set according to the amount of meal, and in the weekly and monthly meal registration area ED1, the mark is set according to the difference between the calorie intake and the calorie consumption. It is good to do.

[Edit Sleep Time]
As shown in FIGS. 34 to 36, the sleep time editing area ED2 is an area having an item name TN written as “SLEEP” and has the same configuration as the meal registration area ED1. In addition, the sleep time editing area ED2 includes a variable display area ED21 in which the display content is switched by selecting one of the areas SW2 and SW3 in the display switching field SW, and a content display area ED22 in which information on the sleep time is edited and displayed. An add key TK and a delete key DK are set. That is, the sleep time editing area ED2 can be displayed in either week units or monthly units.

In the sleep time editing area ED2 in units of weeks, as shown in FIGS. 34 and 35, the time axis AX for each day starting from the most recent Sunday or Monday is arranged in the variable display area ED21 to indicate the sleep time of each day. A graph G6 is displayed.
On the other hand, in the monthly sleep time editing area ED2, as shown in FIG. 36, a time axis AX for each day starting from the most recent day (the beginning of the month) is arranged in the variable display area ED21. A graph G6 indicating the time is displayed.
Then, when the date for displaying or editing the sleep time is selected by moving the bar B provided on the time axis AX, if the sleep time is already registered, the sleep is displayed in the content display area ED22. Information about time is displayed.
The already registered sleep time includes the sleep time edited by the user in addition to the sleep time calculated based on the measurement information received from the measurement device 2.

In such a weekly and monthly sleep time editing area ED2, when editing the sleep time, first, the bar B is moved, and the date for editing the sleep time is selected. And if the information regarding the sleep time displayed on the content display area ED22 is pressed, the sleep start time and end time can be edited.
If it is desired to add a sleeping time such as a nap, a column in which a new sleep start time and end time can be input is added to the content display area ED22 by pressing the add key TK.
On the other hand, when the information regarding the sleep time displayed in the content display area ED22 is selected and then the delete key DK is pressed, the selected information is deleted.

[Register weight]
As shown in FIGS. 34 to 36, the weight registration area ED3 is an area having an item name TN written as “WEIGHT” and has the same configuration as the meal registration area ED1. The weight registration area ED3 includes a variable display area ED31 in which the display contents are switched when one of the areas SW2 and SW3 in the display switching field SW is selected, a content display area ED32 in which weight is registered and displayed, and a delete key. DK is set. That is, the weight registration area ED3 can be displayed in either week or month units, similarly to the sleep time editing area ED2.

In the weekly weight registration area ED3, as shown in FIGS. 34 and 35, a time axis AX for each day starting from the nearest Sunday or Monday is arranged in the variable display area ED31, and a line graph showing the weight of each day A graph G7 is displayed. Further, the variable display area ED31 is provided with a mark indicating a target weight (a flag mark in FIGS. 34 and 35).
On the other hand, in the monthly weight registration area ED3, as shown in FIG. 36, a time axis AX for each day starting from the most recent day (the beginning of the month) is arranged in the variable display area ED31. A graph G7, which is a line graph to be shown, is displayed. Similarly to the above, the variable display area ED31 is marked with a target weight.
When the date for displaying or editing the weight is selected by moving the bar B provided on the time axis AX, if the weight is already registered, it is registered in the content display area ED32. The weight is displayed along with the target weight.

When setting the weight in the weekly and monthly weight registration area ED3, first, the date for setting the weight is selected by moving the bar B. When the content display area ED32 is pressed, the weight can be input.
If it is desired to delete the registered weight, it can be deleted by selecting the information displayed in the content display area ED32 and then pressing the delete key DK.

The display of the input screen ED is executed by the display control unit 362.
Specifically, when the edit key MS4 is pressed, the display control unit 362 generates and displays the input screen ED. At this time, the display control unit 362 is adjacent to any one of the areas ED1 to ED3. Part of the objects that make up the area to be displayed. Thereby, as described above, for example, when the daily meal registration area ED1 is displayed, the item name TN which is an object constituting the sleep time editing area ED3 is displayed.

That is, among the areas ED1 to ED3 included in the input screen ED, the vertical dimension of the daily meal registration area ED1 and the constant display area DA is the vertical direction of the image display area DP of the display means 31. Is smaller than Similarly, the vertical dimension of the sleeping time editing area ED2 and the constant display area DA and the vertical dimension of the weight registration area ED3 and the constant display area DA are the vertical direction of the image display area DP. Each smaller than
For this reason, when the daily meal registration area ED1 is displayed, a part of the sleep time editing area ED2 (the item name TN “SLEEP” above) is displayed on the lower side of the display screen. When the sleep time editing area ED2 is displayed, a part of the meal registration area ED1 is displayed on the upper side of the display screen, or a part of the weight registration area ED3 (the above “WEIGHT” is displayed on the lower side of the display screen). Item name TN) is displayed. Further, when the weight registration area ED3 is displayed, a part of the sleep time editing area ED2 is displayed on the upper side of the display screen.

As a result, when any one of the above regions ED1 to ED3 is displayed, a part of the other region is displayed, so that the user can edit and edit the other region. Can prompt the setting. Accordingly, it is possible to make customs for item editing and setting on the input screen ED.
When the input screen ED is opened again after the transition from the input screen ED to the main screen MS or each detail screen, the area that was displayed at the time of the previous display is displayed. For this reason, when the monthly weight registration area ED3 was displayed at the time of the previous display, the monthly weight registration area ED3 is displayed.

[Event confirmation screen]
37 to 39 are diagrams illustrating an example of the event confirmation screen EV.
As described above, the measuring device 2 communicates with the information terminal 3 when it is determined that the user is in an excited state due to exercise, an excited state not due to exercise, or a relaxed state. In addition to transmitting measurement information to the information terminal 3, the mental state determination time is transmitted.
On the other hand, in the information terminal 3, when the transition key MS2 is pressed, the display control unit 362 displays the event confirmation screen EV shown in FIG.

  The event confirmation screen EV is a screen for displaying an event that has reached the mental state as an event and allowing the user to confirm the event. The event confirmation screen EV includes a back key BK for returning to the previous screen, a map display area EV1 for displaying a map, a date display area DC for displaying the date of the event, and cursor keys CK1 and CK2, and event contents. A content display area EV2 to be displayed is set.

Among these, in the map display area EV1, the position of the information terminal 3 (that is, the position of the user) at the event occurrence time (the mental state determination time) on the date displayed in the date display area DC is indicated by the marker MK. Displayed map is displayed.
The position of the information terminal 3 indicated by the marker is determined by position information corresponding to the event occurrence time among the position information acquired by the position acquisition unit 34 and stored in the storage unit 35. Such processing is executed by the main control unit 361, and the display control unit 362 sets the marker MK on the map according to the result of the processing.

At this time, the display control unit 362 uses different colors for the markers MK indicating the excited state due to the exercise, the excited state not due to the exercise, and the relaxed state.
In this embodiment, the marker MK attached to the relaxed position is a cool color, and in this embodiment, it is a blue circle. In addition, the marker MK attached to the position where the excitement state is caused by the exercise and the position where the excitement state is not caused by the exercise is a warm color, and in the present embodiment, the former is a red circle and the latter Is an orange circle.
When any of the event contents displayed in the content display area EV2 is selected by the user, a marker MK at a position (event occurrence position) corresponding to the selected event contents is displayed large. .

  In the content display area EV2, event contents on the date displayed in the date display area DC are displayed. For example, in the example of FIG. 37, four event contents EC are shown in the content display area EV2 as events that occurred on “May 31”. These event contents EC include a comment CM and an emotion stamp ST in addition to the time and heart rate when the event occurs.

The comment CM and the emotion stamp ST can be input by the user. Specifically, when the event content EC to be edited is pressed, as shown in FIG. 38, the event content is selected, and the comment CM and the emotion stamp ST can be input and selected.
In this state, when the input key CM1 of the comment CM is pressed, although not shown, a screen keyboard and a display column for input characters are displayed. When the confirmation key included in the screen keyboard is pressed, the input character is set as a comment CM.
When the selection key ST1 of the emotion stamp ST is pressed, a selection field ST2 in which a plurality of icons are set is displayed as shown in FIG. When one of these icons is pressed, the pressed icon is set as the emotion stamp ST.
The set comment CM and emotion stamp ST are displayed as shown in the second stage event content EC in FIG.

When the cursor key CK1 included in the event confirmation screen EV is pressed, the previous day's event confirmation screen EV is displayed. When the cursor key CK2 is pressed, the next day's event confirmation screen EV is displayed. .
The contents of the comment CM and the emotion stamp ST are transmitted from the information terminal 3 to the management server 5 in association with the event content EC, and are managed by the management server 5.

  When an event occurs on the current day, as shown in FIG. 12, an event marker EM notifying that an event has occurred is displayed above the stress meter M1 at the first position on the main screen MS. Further, when an event occurs on the date displayed in the date display area DC when the day detail screen DS11 is displayed, an event marker EM is placed at a position corresponding to the event occurrence time in the graph G11 as shown in FIG. Is displayed. Further, when an event has occurred within the period displayed in the date display area DC when the week detail screen DS12 and the month detail screen DS13 are displayed, as shown in FIGS. 18 and 19, graphs G12, In G13, an event marker EM is displayed at a position corresponding to the event occurrence date.

[Configuration of other information terminals]
In this embodiment, the information terminal 4 is configured by a PC, and is communicably connected to the measuring device 2 via a cradle (not shown). This information terminal 4 has the same configuration as that of the information terminal 3, but differs from the information terminal 3 in that it has a function called a friend management function in addition to the layout of the displayed screen being different from the information terminal 3. .

FIG. 40 is a block diagram showing a configuration of the information terminal 4.
As shown in FIG. 40, the information terminal 4 includes a display unit 41, an input unit 42, a communication unit 43, a storage unit 45, and a control unit that have the same functions as the units 31 to 33, 35, and 36 included in the information terminal 3. 46. Similarly to the control unit 36, the control unit 46 includes a main control unit 461, a display control unit 462, a communication control unit 463, a storage control unit 464, and a calculation unit 465. That is, in the present embodiment, the information terminal 4 is assumed to be a PC that is placed in a predetermined place (for example, the user's own room) and is not necessarily always carried. Not equipped. For this reason, you may comprise the position acquisition means 34 so that the measuring device 2 may be provided. The display control unit 462 corresponds to the display control means of the present invention in the information terminal 4.

[Run-time screen]
FIG. 41 is a diagram showing an example of a measurement information management application runtime screen ES in the information terminal 4.
In the information terminal 4, when the main control unit 461 executes the measurement information management application stored in the storage unit 45, the display control unit 462 causes the display unit 41 to display a runtime screen ES shown in FIG. 41. This execution time screen ES has a constant display area ES1 located at the top, and a left area LF and a right area RF, which are areas below the constant display area ES1.

  In the constant display area ES1, a display area ES11 for displaying a user name, an image display area ES12 for displaying a user image, a message reception icon ES13, and a transition key ES14 are arranged on the right side of the constant display area ES1. Yes. Among these, the image set in the image setting field RS36 of the setting screen RS3 is displayed in the image display area ES12. When the transition key ES14 is pressed, although not shown, a profile setting screen capable of setting a detailed profile is displayed in the left side area LF of the runtime screen ES.

  The left region is set wider than the right region RF. A measurement information display screen ES2 is arranged above the left region LF, and an event confirmation screen ES3 is arranged below. On the other hand, the other person information display screen ES4 is arranged in the right region RF.

[Measurement information display screen]
42 to 44 are diagrams illustrating an example of the measurement information display screen ES2.
As shown in FIG. 42, the measurement information display screen ES2 displays substantially the same content as that displayed on the main screen MS, the day detail screen, the week detail screen, and the month detail screen on the information terminal 3.
More specifically, the display switching field SW, the date display area DC, and the cursor keys CK1 and CK2 are arranged in the upper part of the measurement information display screen ES2, and the meter arrangement area LA is set when the screen ES2 is interrupted. The detail display area DF is set.
Among these, the display switching field SW, the date display area DC, and the cursor keys CK1 and CK2 cause the information terminal 4 to perform the same operation as in the information terminal 3.

In the meter arrangement area LA, the meters M1 to M5 are arranged along the left-right direction.
Specifically, a calorimeter M4, a pedometer M5, a stress meter M1, an exercise meter M2, and a sleep meter M3 are arranged in order from the left. Of these meters M1 to M5, the meter selected by the user's selection operation is displayed larger than the other meters. Thereby, it is comprised so that it can grasp | ascertain which meter is selected, ie, which item of data is displayed.

When the area SW1 of the display switching field SW is pressed, the daily information about the selected meter item is displayed.
For example, when the stress meter M1 is selected and the area SW1 is pressed, the excitement time (excitation time during exercise and excitement time during non-exercise) of the date displayed in the date display area DC is displayed as shown in FIG. , Indicated by meter M1. In addition, in the detail display area DF, in addition to the graph G11 of the date displayed on the day detail screen DS11, the excitement time during exercise and the excitement time during non-exercise of the date are displayed.
In this state, the operation when the cursor keys CK1 and CK2 are pressed is the same as that when the day detail screen DS11 is displayed, and information on the day before or after the date displayed in the date display area DC is the stress meter. It is displayed in M1 and the detail display area DF.

When the area SW2 of the display switching column SW is pressed, information for the most recent one week, that is, weekly information about the selected meter item is displayed.
For example, when the stress meter M1 is selected and the area SW2 is pressed, as shown in FIG. 43, the date display area DC displays the date indicating the most recent week period, and the excitement time during exercise in that period And the total value of the non-exercise excitement time are indicated by the meter M1. The detailed display area DF is a graph of the period, and the same graph G12 as the week detail screen DS12 is displayed. In addition, the total excitement time during exercise and the total excitement time during non-exercise during the period are displayed. The value is displayed.
In this state, the operation when the cursor keys CK1 and CK2 are pressed is the same as that when the week detail screen DS12 is displayed, and the information of the previous week or the next week of the period displayed in the date display area DC is the stress meter. It is displayed in M1 and the detail display area DF.

When the area SW3 of the display switching field SW is pressed, information on the selected meter item for the most recent month (30 days or 31 days), that is, monthly information is displayed.
For example, when the stress meter M1 is selected and the area SW3 is pressed, as shown in FIG. 44, the date display area DC is displayed in the most recent month, and the total excitement time during exercise in that period is displayed. The total value of the non-exercise excitement time is indicated by the meter M1. The detailed display area DF is a graph of the period, and the graph G13 similar to the month detail screen DS13 is displayed. In addition, the total value of the excitement time during exercise and the total excitement time during non-exercise during the period are displayed. The value is displayed.
In this state, the operation when the cursor keys CK1 and CK2 are pressed is the same as that when the month detail screen DS13 is displayed, and information on the previous month or the next month of the period displayed in the date display area DC is stored in the stress meter. It is displayed in M1 and the detail display area DF.
The display contents when other meters are selected are the same.

Thus, although the content of the measurement information display screen ES2 displayed on the information terminal 4 is substantially the same as the content displayed on the information terminal 3, the layout is different. Since various meters laid out in this way are displayed, information on a plurality of items can be grasped at a time, so that the user can analyze his / her state from various perspectives. Thus, the user can look back on his / her own lifestyle habits, and the user himself can consider and judge what kind of lifestyle habits are effective for dieting and health promotion.
When the update key MS3 set on the measurement information display screen ES2 is pressed, the main control unit 461, via the communication control unit 463 and the communication unit 43, operates similarly to the operation on the information terminal 3. In addition to acquiring the new measurement information from the measurement device 2 by accessing the measurement device 2, the management server 5 is accessed to acquire the newly uploaded measurement information. And when new measurement information is acquired, calculation by the calculation part 465 is performed and the display control part 462 is based on the acquired measurement information and the calculation result by the calculation part 465, and measurement information display screen ES2 Update the display content of.

[input screen]
45 to 47 are diagrams illustrating an example of the input screen CS displayed on the information terminal 4.
When the area LF2 labeled “INPUT” is pressed among the areas LF1 and LF2 arranged at the upper left corner of the left area LF, the input screen CS shown in FIG. 45 is displayed on the entire left area LF. Is displayed.
The input screen CS has the same configuration as the input screen ED displayed on the information terminal 3, and is a vertically long screen in which a meal registration area CS1, a sleep time editing area CS2, and a weight registration area CS3 are set in order from the top. It is. On the input screen CS, an operation is performed so that one of the regions CS1 to CS3 is displayed by a drag operation or a scroll operation from one to the other in the vertical direction.

Among these, the meal registration area CS1 is a setting area having the item name TN written as “MIAL”, and is an area for registering daily meal information. In the meal registration area CS1, a display switching field SW, a date display area DC, and cursor keys CK1 and CK2 are set as in the meal registration area ED1. In addition, in the meal registration area CS1, the variable display area CS11 and the content display area CS12 whose display contents are switched by pressing any of the areas SW1 to SW3 of the display switching field SW, the addition key TK, and the deletion Key DK is set.
In addition, since the display content of the variable display area CS11 and the content display area CS12 in the daily unit, the week unit, and the monthly unit is the same as that of the above-described meal registration region ED1, description thereof is omitted.

Here, as shown in FIG. 46, when deleting the registered meal information when displaying the meal registration area CS1 in units of months, first, the delete key DK is pressed. Then, as shown in FIG. 47, an icon AC imitating a trash can is displayed on the right side of the meal information (registered meal information) displayed in the content display area CS12. When the icon AC is pressed, the meal information corresponding to the pressed icon AC is deleted when the confirmation key SK displayed at the bottom of the content display area CS12 and labeled “OK” is pressed. Is done. Information indicating that the meal information has been deleted is transmitted to the management server 5, and the corresponding meal information is also deleted in the management server 5. Thereafter, the display contents are returned to the meal registration area CS1 on a monthly basis.
The same applies to the case where the registered meal information is deleted when the weekly meal registration area CS1 is displayed.

The sleep time editing area CS2 is a setting area having an item name TN written as “SLEEP”. The sleep time editing area CS2 is the same as the sleep time editing area ED2, and the display switching field SW having the areas SW2 and SW3, the date display area DC, and the cursor keys CK1 and CK2 are set. In addition, in the sleep time editing area CS2, a variable display area CS21 and a content display area CS22 that are switched between weekly display and monthly display by pressing one of the areas SW2 and SW3, and an additional key TK and delete key DK are set.
Among these, the graph G6 is displayed in the variable display area CS21, and the sleep start time and end time of the date selected by the bar B are displayed in the content display area CS22. The operation of the sleep time editing area CS2 is the same as that of the sleep time editing area ED2.

The weight registration area CS3 is a setting area having an item name TN written as “WEIGHT”. In the weight registration area CS3, similarly to the weight registration area ED3, one of the display switching field SW having the areas SW2 and SW3, the date display area DC and the cursor keys CK1 and CK2, and the areas SW2 and SW3 is pressed. Thus, a variable display area CS31 and a content display area CS32 for switching between weekly display and monthly display and a delete key DK are set.
Among these, in the variable display area CS31, in addition to the graph G7, a graph GR that is a line graph showing changes in body fat is displayed. The time axes AX of these graphs G7 and GR coincide with each other.
Further, in the content display area CS32, the weight difference up to the target is displayed, and the weight and fat percentage of the date selected by the bar B are displayed. Also, when a date for which the weight and fat percentage are not set is selected by the bar B, the weight and fat percentage for the date can be input, and the weight and body fat for the date already registered are pressed by pressing the delete key DK. It is also possible to delete it.
Even in such an input screen CS, the vertical dimension of each of the regions CS1 to CS3 is smaller than the vertical dimension of the left region LF.

The information registered and edited on the input screen CS is acquired by the main control unit 461 and stored in the storage unit 45, or transmitted to the management server 5 through the communication unit 43, and the management server 5 Is memorized.
When the area LF1 written as “VIEW” is pressed when the input screen CS is displayed, the input screen CS is not displayed, and the display contents of the left area LF are displayed in the measurement information display screen ES2 and the event confirmation. The screen is switched to the screen ES3. At this time, information registered and edited on the input screen CS is reflected in the display content of the measurement information display screen ES2. Further, when the input screen CS is displayed again, the area (any one of the areas CS1 to CS3) displayed at the time of the previous display on the input screen CS is displayed in the same manner as the input screen ED.

[Event confirmation screen]
48 to 52 are diagrams illustrating an example of the event confirmation screen ES3.
The event confirmation screen ES3 has the same configuration as the event confirmation screen EV and displays the same content (event content) as the event confirmation screen EV.
Specifically, on the event confirmation screen ES3, as shown in FIG. 48, the map display area ES31 is set in the upper stage, the date display area DC and the cursor keys CK1 and CK2 are set in the middle stage, and the content display area in the lower stage. ES32 is set.
Event contents EC occurring on the date displayed in the date display area DC are displayed in the content display area ES32 in the order of event occurrence time. In the present embodiment, five event contents EC can be displayed in the content display area ES32, and when five or more event contents EC are registered, the up and down cursor keys CK3 are displayed in the content display area ES32. , CK4 are displayed, and the event contents EC that could not be displayed are displayed by pressing the cursor keys CK3, CK4.

As with the event confirmation screen EV, a comment CM and an emotion stamp ST can be set for such event content EC.
Specifically, on the event confirmation screen ES3 shown in FIG. 48, a comment CM and an emotion stamp ST are set for the event content EC displayed in the second row in the content display area ES32.

When setting the comment CM, the target event content EC is selected, and then the comment CM input key CM1 is pressed. In response to pressing of the input key CM1, a comment CM input field CM2 is displayed as shown in FIG. When a comment content is input in the input field CM2 and the input field CM2 is closed, the input content is set as a comment CM.
When the emotion stamp ST is set, after selecting the target event content EC, the selection key ST1 of the emotion stamp ST is pressed. In response to pressing of the selection key ST1, a selection field ST2 in which a plurality of icons are set is displayed as shown in FIG. When one of these icons is pressed, the pressed icon is set as the emotion stamp ST.

When the area R1 labeled “MAP VIEW” is pressed in the map display area ES31, the map display area ES31 is expanded downward, and a map similar to the map display area EV1 is displayed as shown in FIG. Is done. Then, the notation of the region R1 is changed to “MAP CLOSE”, and the region R2 labeled “SHOW SPOT” is displayed on the left side of the region R1.
The map displayed in the map display area ES31 is set with the same marker MK as the map displayed in the map display area EV1. As described above, the marker MK is color-coded according to the corresponding event content. The marker MK corresponding to the event content EC selected in the content display area ES32 is displayed larger than the other markers MK.
Note that the position of the marker MK set on the map, that is, the position of the user when the event occurs is based on the information transmitted to the management server 5 by the information terminal 3, and position information indicating the position Is acquired at the same time when the measurement information is acquired from the management server 5.

When the area R2 is pressed while the map is displayed in the map display area ES31, the notation of the area R2 is changed to “HIDE SPOT” as shown in FIG. 52, and on the displayed map. A spot SP is displayed. The spot SP is an area that indicates a position where an event occurs at a relatively high frequency among the positions at the time of occurrence of an event of another person managed by the management server 5.
The position of such a spot SP is transmitted from the management server 5 to the information terminal 4 together with the measurement information, and is set and displayed on the map by the display control unit 462.
Note that such a spot SP is also displayed by being color-coded such as a cold color system and a warm color system according to the corresponding event content EC.
When the region R2 is pressed, the displayed spot SP is not displayed. Further, when the area R1 labeled “MAP CLOSE” is pressed, the map display area ES31 is reduced upward as shown in FIG. 48, and the map is not displayed.

  Note that the content of the comment CM input on the event confirmation screen ES3 and the event confirmation screen EV may be automatically reflected on a simple posting site, a homepage, or the like. At this time, for example, the position information included in the event content EC to which the comment CM is attached and the content of the comment CM may be reflected on the site and the homepage.

[Other information display screen]
As shown in FIG. 41, the other person information display screen ES4 is arranged in the right region RF of the runtime screen ES. On this other person information display screen ES4, information about other users registered as friends by the friend management function described later is displayed.
Specifically, the other person information display screen ES4 displays the user name NM of the other person registered as a friend, the image P of the other person, and the symbol mark SM of the meter disclosed by the other person. Is done. In addition, when another person has disclosed a plurality of meters, each symbol mark SM is displayed in a superimposed manner such as “Takeshi” in FIG. However, when the image P of another person is pressed, the symbol mark SM of “Kazumi” in FIG. 41 is developed, and by further pressing, the symbol marks SM are superimposed again. Then, by pressing the developed symbol mark SM, a meter corresponding to the symbol mark SM released by the corresponding other person is displayed.
When the other person has disclosed a plurality of meters, when the symbol mark SM corresponding to the plurality of meters is displayed in a superimposed manner, the symbol mark SM displayed in the forefront is displayed for each other person. It can also be configured to be settable.

[Friend management function]
53 to 63 are diagrams for explaining the friend management function.
Hereinafter, the friend management function will be described.
The friend management function sets a desired user as a “friend” among users other than the user registered in the management server 5, and sets the content indicated by the meter and the content of the event to the user. It is a function that makes it possible to browse information published by the user while making it public. With this function, it is possible to make each user aware of, for example, an effort to diet.

[Friend Request / Registration Procedure]
In order to enable such a friend management function and set other users as “friends”, the user presses the transition key ES14 arranged in the always-on display area ES1 (see FIG. 41) to display the profile setting screen. Is displayed. Then, the friend management screen FS shown in FIG. 53, which is included in the profile setting screen and labeled “SHARED METER”, is displayed.

In this friend management screen FS, a symbol mark SM6 for the event is set in addition to the symbol marks SM1 to SM5 corresponding to the meters M1 to M5 in a field FS1 labeled “My Share”.
These symbol marks SM1 to SM6 are used to set whether or not the meters M1 to M5 and the event content EC are to be disclosed to others. The color is reversed. When each of the symbol marks SM1 to SM6 is displayed in a bright color, it is indicated that the corresponding content is set to be disclosed to others who have registered as friends (other users), and is dark. If it is displayed in color, it indicates that the corresponding content is not disclosed.
Therefore, for example, in the friend management screen FS shown in FIG. 53, the symbol marks SM1, SM2, SM5, SM6 are displayed in a bright color and the symbol marks SM3, SM4 are displayed in a dark color. The contents of M2 and M5 and the event contents EC are disclosed to others who have registered as friends, and the contents of the meters M3 and M4 are set to be private.

In addition, on the friend management screen FS, information of another person who has already been registered as a friend is displayed in a field FS2 written as “Friends”.
In the example of FIG. 53, information on five people registered as friends is displayed in the field FS2, and as the information, an image P of each person, a user name NM, and a symbol mark SM indicating public contents are set. ing. For example, since the symbol marks SM1 and SM5 of “Kazumi”, one of the five people, are displayed in bright colors, “Kazumi” discloses the contents of the stress meter M1 and the pedometer M5. Is shown.
Such public contents of each person are linked with the display contents on the other person information display screen ES4. Information on these other friends registered as friends is acquired from the management server 5.

Here, in order to add another person to be registered as a friend, an additional key TK arranged at the bottom of the friend management screen FS is input. When this additional key TK is input, a search dialog SD shown in FIG. 54 is displayed.
In the search dialog SD, there are arranged an input field SD1, in which a user name or mail address of another person to be searched is input, a search execution key SD2, and a confirmation key SK. Note that when the confirmation key SK is pressed, the search dialog SD is hidden.

For example, when “Akane” is entered as a user name in the input field SD1, and the search execution key SD2 is pressed, the information terminal 4 communicates with the management server 5 to use that includes the user name. Information about the person Then, as shown in FIG. 55, the information terminal 4 displays the corresponding user information in the search dialog SD, and displays the request key RK on the right side of each user information.
In the example of FIG. 55, as the user information, the image and user name of each user are displayed, and the meter symbol marks SM1 to SM5 disclosed by the user are in bright colors. Is displayed.

When the displayed request key RK is pressed, the pressed request key RK is changed as shown in FIG. In the example of FIG. 56, it is indicated that the request key RK of “Akane” is pressed and the request key RK is changed.
Next, when the enter key SK is pressed, the search dialog SD is hidden and the screen display returns to the friend management screen FS. In the friend management screen FS in this state, as shown in FIG. 57, a field FS3 described as “Application” is added, and the field of the user whose request key RK is pressed in the search dialog SD is added to the field FS3. Information and an icon FA indicating that a friend application is currently being applied are displayed. In this state, the information terminal 4 transmits a request for sending a friend application message to the other party corresponding to the request key RK pressed in the search dialog SD, to the management server 5, and the management server 5 The friend application message is transmitted to the corresponding user. Thereby, for example, in the above example, the friend application message is transmitted to “Akane”.
Thereafter, when the other party to whom the friend application message is transmitted permits friend registration, the illustration of the friend management screen FS is added to the field FS2 of the friend management screen FS. .

[Procedure for friend registration by receiving a request]
Here, when the information terminal 4 receives a message such as a friend application message of another person from the management server 5, as shown in FIG. 41, the information terminal 4 displays the number of unread messages on the message reception icon ES13. For example, in the example of FIG. 41, since there are two unread messages, “2” is displayed on the icon ES13.
When this icon ES13 is pressed, a message dialog MD shown in FIG. 58 is displayed. In the message dialog MD, the latest messages are displayed in order from the top, and a mark MD1 indicating a newly acquired message is set.

Here, in the example of FIG. 58, the uppermost message is a friend application message, and a confirmation key MD2 is set in the message display field. When the confirmation key MD2 is pressed, a friend management screen FS shown in FIG. 59 is displayed.
In this friend management screen FS, a field FS4 labeled “Request” is provided between the field FS1 and the field FS2, and the field FS4 includes information on the other party who is the sender of the friend application message, An icon FR indicating that the friend application message has been received is displayed. In addition, an additional key TK is arranged at the bottom of the friend management screen FS.

When the add key TK is pressed on the friend management screen FS, a confirmation dialog CD shown in FIG. 60 is displayed. In this confirmation dialog CD, in addition to the user name and email address of the other party who sent the friend application message, an approval key CD1 for approving the friend application, an unapproved key CD2 for not approving, and a confirmation dialog A close key CD3 for closing the CD is set.
Note that when the disapproval key CD2 is pressed when the information of the other person displayed on the confirmation dialog CD is one, or when the close key CD3 is pressed, the confirmation dialog CD is closed. Returning to the friend management screen FS shown in FIG.

  On the other hand, when the approval key CD1 is pressed, as shown in FIG. 61, a message “I have become a friend” is displayed in the area where the keys CD1 and CD2 are arranged in the confirmation dialog CD. Then, when the close key CD3 is pressed in this state, as shown in FIG. 62, a friend management screen FS is displayed in which information of another person whose friend application has been approved is added to the field FS2. At this time, information indicating that the user has approved the friend application from the corresponding other person is transmitted from the information terminal 4 to the management server 5, and the information is managed by the management server 5.

Here, when the delete key DK is pressed on the friend management screen FS shown in FIG. 53, as shown in FIG. 63, on the right side of the other person's information in the field FS2 (other friend's registered information). In addition to the icons AC imitating the trash bin, a confirmation key SK is arranged at the bottom of the screen FS.
Then, when the confirmation key SK is pressed after the icon AC is pressed, the information on the other person where the pressed icon AC is located is removed from the friend registration. Such information is transmitted from the information terminal 4 to the management server 5.

[Effect of the embodiment]
The measurement information management system 1 according to the present embodiment described above has the following effects.
On the main screen MS displayed on the display means 31 of the information terminal 3, five meters M1 to M5 are arranged, and one of the meters M1 to M5 is located on the front side in the depth direction on the main screen MS. The remaining four meters are located on the depth side of the one meter. According to this, by observing the main screen MS, it is possible to simultaneously grasp the contents of a plurality of meters among the meters M1 to M5. Therefore, it is possible to improve the bird's-eye view of the main screen MS, and to easily grasp information on different items. Furthermore, since a plurality of meters can be observed at the same time, it is possible to make the user easily interpret the information indicated by the observable meters, and change of the information can be considered.

The meter located behind the first position is displayed with low transparency. According to this, the meter located in the 1st position can be distinguished and distinguished from the meter located in the back side concerned.
Similarly, the meter located at the back side from the first position is displayed smaller than the meter located at the first position. According to this, similarly to the above, the meter positioned at the first position can be distinguished from the meter positioned at the back side.
Therefore, the meter at the first position to be watched can be easily confirmed.

Since each of the meters M1 to M5 is a donut graph, it is easier to unify the display format of the information than when the information displayed by the meters M1 to M5 is displayed as a bar graph or a radar graph. It is possible to make it easy to grasp the contents of the meters M1 to M5.
In the center of each meter M1 to M5, a total value or a difference of numerical values indicated by the meter is set. In addition, a detailed display area DF in which a numerical value indicated by a meter located at the first position is displayed on the main screen MS. According to this, the content of the meter can be easily grasped by observing the value set at the center of each meter M1 to M5. In addition, by confirming the contents set in the detail display area DF, the contents of information indicated by the meter located at the first position can be grasped in more detail.

  In the meter arrangement area LA on the main screen MS, the meters M1 to M5 are arranged at equal intervals on virtual circles centered on a predetermined position in the depth direction of the main screen MS. And the meter located in the 1st position is arranged in the approximate center of meter arrangement field LA. According to this, even when the meter located at the first position and the meter located at the second position are replaced, the arrangement of the five meters M1 to M5 is not changed. Therefore, the arrangement of the meters M1 to M5 can be made uniform, and the meters M1 to M5 can be easily seen.

  For example, when the main screen MS shown in FIG. 12 is displayed, the display control unit 362 moves the meter M2 in a direction from the meter M2 located at the second position toward the meter M1 located at the first position (flick operation). (Or a drag operation), the meter M2 is moved to the first position, and the meter M1 located at the first position is moved to the second position on the left side. According to this, by performing the above operation, the meter located at the first position can be easily replaced. Therefore, the position of the meter can be changed by an intuitive operation.

Since the information terminal 3 as the measurement information display device can acquire measurement information by directly communicating with the measurement device 2, the contents of the meters M1 to M5 that display information based on the measurement information can be updated relatively quickly. Therefore, information based on measurement information can be confirmed relatively quickly.
Further, when measurement information is newly acquired from the measurement device 2 while the main screen MS is displayed, the display control unit 362 updates the displayed meters M1 to M5 based on the measurement information. According to this, compared with the case where the management server 5 produces | generates the display content by the meters M1-M5 and transmits the said display content to the information terminal 3, and the meters M1-M5 are updated, each meter M1-M5 Can be updated quickly.

[Modification of Embodiment]
The present invention is not limited to the above-described embodiment, and modifications, improvements, and the like within the scope that can achieve the object of the present invention are included in the present invention.
In the above embodiment, the measuring device 2 is configured as a wristwatch type device, but the present invention is not limited to this. For example, it may be a glasses type, a headset type, a hat type, a helmet type, a glove type, or the like, and may be in any form as long as it can measure time, pulse rate, and acceleration.
Moreover, although the information terminal 3 was comprised as a mobile telephone or a smart phone, this invention is not limited to this. The information terminal 3 may be a tablet, for example. That is, as long as the measurement information obtained by the measurement device 2 can be acquired and the main screen MS or the like can be displayed, the device may not be a portable device. For this reason, it is good also as a structure which the information terminal 4 comprised by PC displays the screen displayed on information terminals 3, such as the said main screen MS.

  In the above embodiment, the main screen MS is set with meters M1 to M5, which are donut-shaped graphs indicating the user's excitement time, exercise time, sleep time, intake / calorie consumption, and number of steps. However, the present invention is not limited to this. That is, other types of graphs such as a pie chart and a radar chart may be used as long as such information can be shown. The same applies to the measurement information display screen ES2. Furthermore, the number of meters set in the meter arrangement area LA is not limited to five, and it is sufficient that there are at least three meters. Furthermore, the information indicated by the meter is not limited to the user's excitement time, exercise time, sleep time, intake / calorie consumption, and number of steps, but may be other information.

  In the above embodiment, on the main screen MS, the meters other than the meter at the first position are displayed in a state where the transmittance is lowered and are displayed smaller than the meter at the first position. However, the present invention is not limited to this. That is, as long as the meter at the first position can be confirmed, meters other than the meter at the first position may be displayed with the same transmittance, and may not be reduced. The size of the meter is the same in the measurement information display screen ES2.

  In the above embodiment, the meter located at the second position is moved to the first position by a flick operation or a drag operation from one side in the left-right direction to the other. However, the present invention is not limited to this. For example, a switching key for switching a meter located at the first position may be provided. In this case, every time the switch key is pressed, the meter located at the first position may be switched.

  In the above embodiment, the information terminal 3 communicates directly with the measurement device 2 and acquires measurement information from the measurement device 2. However, the present invention is not limited to this. That is, the information terminal 3 may be configured to always acquire measurement information from the management server 5.

  In the above embodiment, in order to simplify the setting operation on the information terminal 3, information such as the country, time zone, and language is acquired from information preset in the information terminal 3 without being set by the user. It was decided. However, the present invention is not limited to this. That is, you may make a user input such information. Further, detailed setting information such as the target body weight, the target body fat percentage, and the achievement time may be input, and based on these, a diet program may be formed.

  DESCRIPTION OF SYMBOLS 1 ... Measurement information management system (measurement information display system), 2 ... Measurement apparatus, 3, 4 ... Information terminal (measurement information display apparatus), 33, 43 ... Communication means, 362, 462 ... Display control part (display control means) , DF ... detail display area, LA ... meter arrangement area (graph arrangement area), M1 to M5 ... meter (graph), MS ... main screen (display screen), P1 ... first position, P2 ... second position, P3 ... Third position, ES2 ... measurement information display screen (display screen).

Claims (28)

An acquisition means for acquiring a user's biological information and behavior information;
Display means;
It is information indicating at least one of the contents of the user's life and behavior, and the first information and the second information generated using at least one of the biological information and the behavior information, respectively, Display control means for causing the display means to display a first graph indicating information and a second graph indicating the second information;
Before Stories second graph is a circular graph showing the associated two of the inner container,
The second graph is
A first region which is set clockwise from a predetermined position and is a region of an angular range corresponding to one of the two related contents;
Said set from a predetermined position in a counterclockwise direction, have a, a second region is a region of an angle range corresponding to the other of the two said content the associated,
Of the first graph and the second graph,
One graph is a near side graph arranged on the near side in the depth direction of the screen displayed on the display means,
The other graph is a back side graph that is arranged on the back side in the depth direction and partially overlaps the front side graph,
The far side graphs is smaller than the front side graph, and living behavior information display device characterized Rukoto appear at a higher transparency than the front side graph. The living behavior information display device according to claim 1 ,
The living behavior information display device, wherein the display control means causes the display means to display numerical values of information indicated by the near side graph . In the living behavior information display device according to claim 1 or 2 ,
The first information includes at least one of the number of steps, exercise time, and sleep time,
The living behavior information display device, wherein the second information includes at least one of calorie information and stress information. In the living behavior information display device according to any one of claims 1 to 3 ,
The living behavior information display device, wherein the color of the first region and the color of the second region are different. In the living behavior information display device according to any one of claims 1 to 4 ,
The second information includes stress information,
The second graph is
In the first area, physical stress information among the stress information is shown,
The living behavior information display device, wherein mental stress information among the stress information is displayed in the second area. In the living behavior information display device according to any one of claims 1 to 4 ,
The second information includes calorie information,
The second graph is
In the first area, the ingested calorie information among the calorie information is shown,
The living behavior information display device, wherein the second region shows the calorie consumption information among the calorie information. In the living activity information display device according to any one of claims 1 to 6 ,
The display control means is information indicating the content, and a third graph indicating third information generated using at least one of the biological information and the behavior information is displayed in the depth direction from the back graph. Display on the back side ,
The third information is information different from the first information and the second information,
The third graph, the smaller than the inner side graph, living behavior information display apparatus characterized by a high transparency than the far side graph. In the living behavior information display device according to any one of claims 1 to 7 ,
When the moving operation for moving the back graph is performed toward the display position where the near graph is displayed, the display control means is larger than before the moving operation and has a higher transparency than before the moving operation. A living behavior information display device that displays the lowered back graph at the display position. In the living behavior information display device according to any one of claims 1 to 8 ,
The display control means updates the first graph and the second graph when at least one of the biological information and the behavior information is newly acquired by the acquisition means. apparatus. The living behavior information display device according to any one of claims 1 to 9 ,
A measuring device for measuring the biological information and the behavior information of the user,
The living behavior information display device includes a communication unit that communicates with the measurement device to acquire the biological information and the behavior information.
The living behavior information display system characterized in that the acquisition means acquires the biological information and the behavior information via the communication means. Obtaining biometric information and behavior information of the user;
Using at least one of the biological information and the behavior information to generate first information and second information indicating the content of at least one of the user's life and behavior;
Generating a first graph indicating the first information and a second graph indicating the second information;
Of the first graph and the second graph , one graph is a front graph arranged on the front side in the depth direction of the screen, and the other graph is arranged on the back side in the depth direction, A part of the side graph overlaps, and is displayed as a back side graph that is smaller than the near side graph and higher in transparency than the near side graph , and
The second graph is a circular graph showing two related contents,
The second graph is
A first region which is set clockwise from a predetermined position and is a region of an angular range corresponding to one of the two related contents;
A lifestyle action information display method comprising: a second area that is set counterclockwise from the predetermined position and is an area of an angle range according to the other of the two related contents. The living behavior information display method according to claim 11 ,
A lifestyle action information display method comprising a step of displaying numerical values of information indicated by the near side graph . In the lifestyle action information display method according to claim 11 or claim 12 ,
The first information includes at least one of the number of steps, exercise time, and sleep time,
The living behavior information display method, wherein the second information includes at least one of calorie information and stress information. In the lifestyle action information display method according to any one of claims 11 to 13 ,
The living behavior information display method, wherein the color of the first area and the color of the second area are different. In the lifestyle action information display method according to any one of claims 11 to 14 ,
The second information includes stress information,
The second graph is
In the first area, physical stress information among the stress information is shown,
The living behavior information display method, wherein mental stress information among the stress information is displayed in the second area. In the lifestyle action information display method according to any one of claims 11 to 14 ,
The second information includes calorie information,
The second graph is
In the first area, the ingested calorie information among the calorie information is shown,
The living activity information display method, wherein the second region indicates the calorie consumption information among the calorie information. In the lifestyle action information display method according to any one of claims 11 to 16 ,
A step of displaying a third graph, which is information indicating the content, and indicates third information generated using at least one of the biological information and the behavior information on the back side in the depth direction from the back side graph. Including
The third information is information different from the first information and the second information,
The third graph, the smaller than the inner side graph, living behavior information display wherein the transparency is high than the far side graph. The life activity information display method according to any one of claims 11 to 17 ,
When the moving operation for moving the far side graphs toward the display position of the front side graphs are displayed is made larger than prior to the move operation, the inner side graph lower transparency than before the move operation Including the step of displaying the information at the display position. The living behavior information display method according to any one of claims 11 to 18 ,
The living behavior information display method comprising the step of updating the first graph and the second graph when at least one of the biological information and the behavior information is newly acquired. On the computer,
Obtaining biometric information and behavior information of the user;
Using at least one of the biological information and the behavior information to generate first information and second information indicating the content of at least one of the user's life and behavior;
Generating a first graph indicating the first information and a second graph indicating the second information;
Of the first graph and the second graph , one graph is a front graph arranged on the front side in the depth direction of the screen, and the other graph is arranged on the back side in the depth direction, A side graph partially overlapping, displaying as a back graph that is smaller than the front graph and higher in transparency than the front graph , and
The second graph is a circular graph showing two related contents,
The second graph is
A first region which is set clockwise from a predetermined position and is a region of an angular range corresponding to one of the two related contents;
A living behavior information display program, comprising: a second region that is set counterclockwise from the predetermined position and is a region of an angular range according to the other of the two related contents. The life activity information display program according to claim 20 ,
On the computer,
A living behavior information display program for executing a step of displaying numerical values of information indicated by the near side graph . In the living action information display program according to claim 20 or claim 21 ,
The first information includes at least one of the number of steps, exercise time, and sleep time,
The living information information display program characterized in that the second information includes at least one of calorie information and stress information. In the living action information display program according to any one of claims 20 to 22 ,
The living behavior information display program characterized in that the color of the first area and the color of the second area are different. In the living action information display program according to any one of claims 20 to 23 ,
The second information includes stress information,
The second graph is
In the first area, physical stress information among the stress information is shown,
The living behavior information display program characterized in that mental stress information among the stress information is displayed in the second area. In the living action information display program according to any one of claims 20 to 23 ,
The second information includes calorie information,
The second graph is
In the first area, the ingested calorie information among the calorie information is shown,
The living activity information display program characterized by showing the calorie consumption information in the calorie information in the second area. In the living behavior information display program according to any one of claims 20 to 25 ,
On the computer,
A step of displaying a third graph, which is information indicating the content, and indicates third information generated using at least one of the biological information and the behavior information on the back side in the depth direction from the back side graph. And execute
The third information is information different from the first information and the second information,
The third graph, the smaller than the inner side graph, living behavior information display program characterized by a high transparency than the far side graph. In the living behavior information display program according to any one of claims 20 to 26 ,
On the computer,
When the moving operation for moving the far side graphs toward the display position of the front side graphs are displayed is made larger than prior to the move operation, the inner side graph lower transparency than before the move operation A living behavior information display program characterized by causing the display step to display the step. In the living behavior information display program according to any one of claims 20 to 27 ,
On the computer,
A living behavior information display program for executing a step of updating the first graph and the second graph when at least one of the biological information and the behavior information is newly acquired.