JP6600837B2 - Sleep information display control program - Google Patents

Description

  The present invention relates to a sleep information display control program, a sleep information display device, and a sleep information display method.

In general, for the purpose of health management and the like, biological information such as breathing, heartbeat, and body motion during sleep is detected to determine the sleep state of the subject.
As this type of method, a method of acquiring biological information in a non-invasive and unconstrained state without attaching a sensor or the like to the human body is used. For example, a pressure-sensitive part (pressure sensor) is placed under the subject's body, and the pressure fluctuation is converted into a signal by changing the internal pressure of the pressure-sensitive part due to the subject's breathing or body movement. The sleep state of the subject is determined based on the biological signal. Moreover, displaying the determination result of a sleep state so that visual recognition is possible with a numerical value, a waveform graph, etc. is performed.

  In addition, not only professional display using numerical values, waveform graphs, and the like, but also a technique for expressing by changing the display mode of characters or the like has been proposed (for example, Patent Document 1). The technique described in Patent Document 1 does not use biological information acquired during sleep, but changes the body shape and movement of the character according to meal information, exercise information, and sleep information input by the subject himself / herself. The diet effect and health status are displayed as moving images. As a result, the subject can easily know the diet effect and health status by changing the display mode of the character.

Japanese Patent Laid-Open No. 11-4820

  However, there is room for improvement in information display based on biological information.

In order to achieve the above object, a sleep information display control program according to the present invention is an animation based on a biological signal acquired from a subject who is entering a floor, which is a computer that performs display control of a predetermined display means. Animation display control means for displaying a first animation representing the biological state of the examiner together with an operation capable of discriminating temporal transition, and the time when the sleep state of the subject based on the biological signal is sleep time and deep sleep Evaluation items for each of the evaluation items, each of which is evaluated for each of the evaluation items, and at least the evaluation item having a predetermined rank is evaluated. as well as one selected, as the character string information display control means for displaying the character string information corresponding to the evaluation items and the ranks It is constituted to ability.

It is the schematic which shows the structure of a sleep information display system. It is a block diagram which shows the structure of a terminal device. (A) is a figure which shows the structure of sleep state transition information, (b) is a figure which shows the structure of numerical information, (c) is a figure which shows the structure of evaluation rank information. It is a figure which shows an example of the evaluation conditions regarding the star display, and the evaluation rank provided. It is a figure which shows an example of the evaluation conditions of evaluation regarding the display of advice, and the evaluation rank provided. It is a figure which shows an example of character string information (advice). It is a figure which shows an example of the evaluation conditions of the evaluation in connection with the display of a single comment, and the evaluation rank provided. It is a figure which shows an example of character string information (single comment). It is a figure which shows the display pattern of the facial expression in comprehensive evaluation. It is a figure which shows an example of a home screen. It is a figure which shows an example of a login screen. It is a figure which shows an example of a member registration screen. It is a figure which shows an example of a profile setting screen. It is a figure which shows an example of the action reception screen before entering a bed. It is a figure which shows an example of a deep sleep feeling reception screen. It is a figure which shows an example of a recording display screen. It is a figure which shows an example of a single comment comment screen. It is a figure which shows an example of today's fortune screen. It is a figure which shows the display mode in the animation display part and graph display part regarding the action before entering a floor. It is a figure which shows the display mode in the animation display part in the entrance state, and a graph display part. It is a figure which shows the display mode in the animation display part and graph display part in an arousal state. It is a figure which shows the display mode in the animation display part and graph display part in a sleep state. It is a figure which shows the display mode in the animation display part and graph display part in a non-REM sleep state. It is a figure which shows the display mode in the animation display part and graph display part in a REM sleep state. It is a figure which shows the display mode in the animation display part and graph display part in a halfway awakening state. It is a figure which shows the display mode in the animation display part and graph display part in the rising state. It is a figure which shows the display mode in the animation display part and graph display part in a bed leaving state. An example of the “pre-bedroom action animation” is shown, (a) is a diagram showing an animation corresponding to the pre-bedroom action, and (b) is a diagram showing a “change to pajamas” animation. (C) is a figure which shows the animation "heading to a bed". It is a flowchart which shows a sleep information display process. It is a flowchart which shows the evaluation process classified by item.

  Hereinafter, preferred embodiments of a sleep information display device according to the present invention, a sleep information display system including the sleep information display device, a sleep information display method, and a sleep information display control program will be described with reference to the drawings.

[Sleep Information Display System]
The configuration of the sleep information display system of this embodiment will be described with reference to FIG.
As shown in FIG. 1, the sleep information display system 1 is arranged between a subject in a lying state and bedding such as a bed, and the internal pressure fluctuates due to an external action from the subject. Output from the pressure detection unit 3, the pressure detection unit 3 that generates and outputs a biological signal indicating a value corresponding to the detected pressure. The terminal device 4 inputs a biological signal, and the server device 5 is connected to the terminal device 4 so as to be communicable with each other via a predetermined electric communication line.

The activator 2 is formed, for example, by bonding the peripheral edges of two strip-shaped resin films by heat sealing, bonding, etc., and forming a bag shape, and cannot leak the fluid filled therein, for example, air It has excellent airtightness.
The film is made of, for example, vinyl chloride, rubber or the like, and has elasticity that can hold its own shape and strength (pressure resistance) that can withstand fluctuations in internal pressure due to an external action from the subject.
In addition, the subject 2 is band-shaped (for example, length of about 850 mm × width of about 40 mm) in order to increase the contact area with the subject so that the subject 2 can easily receive an external action from the subject in front view. However, in a side view, it is formed flat (for example, a maximum thickness of about 10 mm) so as not to give the subject a foreign object feeling (discomfort).
In addition, a hollow tube (not shown) for allowing the fluid in the activator 2 to flow through the pressure detector 3 is provided at a portion of the activator 2 to which the pressure detector 3 is connected.

The subject 2 changes its internal pressure by receiving an external action from the subject.
Specifically, an external action from the subject due to the body movement of the subject caused by heartbeat, breathing, turning over, snoring, etc., emanating from the subject lying on the subject 2 Receive.
Accordingly, the fluid is compressed by receiving the external pressure inside the object 2 and flows into the pressure detector 3 through the tube.

The pressure detector 3 detects the pressure of the fluid that has flowed in from the object 2 and outputs a signal indicating a value corresponding to the pressure to the terminal device 4 as a biological signal.
The pressure sensor 3 is provided with a pressure sensor. The pressure sensor is disposed at a position in direct contact with the fluid, and outputs a current or voltage indicating a value corresponding to the pressure of the fluid as a biological signal.
The pressure detection unit 3 and the terminal device 4 are electrically connected and can transmit and receive biological signals.

[Sleep Information Display Device]
Next, a terminal device that operates as a sleep information display device according to the present invention will be described with reference to FIG.
The terminal device 4 is a portable terminal device that is miniaturized so that the user can carry it or carry it.
The terminal device 4 is a computer that operates under program control. For example, the terminal device 4 can be connected to an electric communication line such as the Internet or a LAN by wire or wirelessly, and the server device 5 connected to the electric communication line. It has functions such as accessing another information processing apparatus to acquire predetermined information and download a predetermined program.
Specific examples of the terminal device 4 having such a function include a tablet computer such as iPad (registered trademark), a smartphone, a mobile phone, and a PHS.

  As shown in FIG. 2, the terminal device 4 receives the biological signal sent from the pressure detection unit 3 and sends it to the control means 47, the server device 5 and the wireless communication line (Wi-Fi or Wi-Fi or 3G line) and communication means 42 for performing communication processing via the Internet, storage means 43 for storing programs and data for executing the functions of the terminal device 4, and a liquid crystal display, etc. A display means 44 that displays and functions as a touch panel, a speaker or the like, an audio output means 45 that outputs a predetermined sound to the outside, a time measuring means 46 that measures time, a CPU, a ROM, a RAM, etc. And control means 47 that operates as a computer.

The storage means 43 is a storage component such as a ROM or a RAM that can store data having a predetermined storage capacity, or a storage medium such as a memory disk on which a plurality of storage components are mounted. The program and data for executing are stored.
The data stored in the storage means 43 includes measurement data based on a biological signal acquired according to a temporal transition from a subject who is entering the bed.
In the present embodiment, “being in bed” indicates “a state in which the subject is in a bedding such as a bed” including both a state before the subject enters sleep and a state after the subject enters sleep.
Examples of other data stored include sleep state transition information, numerical information, evaluation rank information, operation information, character string information, and information before entering the floor.

Sleep state transition information is information which shows a subject's sleep state and the time when it transfers to each sleep state, as shown to Fig.3 (a).
In this embodiment, the sleep state refers to, for example, an “awake state” that is a state in which the posture for sleeping is taken, a “wake state” that is a state where the user has not entered a sleep state after the awake state, "Sleeping state" that is in a sleep state, "REM sleep state" that is a light sleep state, "non-REM sleep state" that is a deep sleep state, "wake-up state" that is after sleeping, waking up from a sleep state It means a state such as “midway awakening state”, which is a state of waking up (awakened) during sleep.

As shown in FIG. 3B, the numerical information is information indicating a plurality of evaluation items and numerical values corresponding to the respective evaluation items.
An evaluation item is an item for evaluating a subject's sleep.
In the present embodiment, the evaluation items include, for example, “bed-in time” indicating the time when the user has transitioned to the sleeping state, “sleeping time” indicating the time when the user has transitioned to the sleeping state, `` Sleep time '' indicating time, `` sleep time '' indicating the time from the sleep time to the wake-up time when transitioning to the wake-up state, `` smooth time '' indicating the time of the non-REM sleep state, indicating the number of times that there was a mid-wake state This refers to items such as “number of awakenings”.
The numerical value is a numerical value used for evaluating the sleep of the subject.

As shown in FIG. 3C, the evaluation rank information is information indicating a result of ranking and evaluating each evaluation item, and includes an evaluation item and an evaluation rank corresponding to the evaluation item.
The evaluation rank shows the quality of sleep of the subject divided into ranks for each evaluation item.
In the evaluation rank, for example, the quality of the subject's sleep is divided into a predetermined number of ranks, each rank is represented by "number of stars", the quality of the subject's sleep is divided into three ranks, Some ranks are expressed as “good / ordinary / bad”, and some ranks are expressed as “difficult to fall asleep, poor sleep, and difficult to wake up” when numerical values corresponding to evaluation items have not reached a certain value.
This evaluation rank is stored in the storage means 43 for each evaluation item.

The motion information is information composed of motion patterns corresponding to a sleeping phase motion (for example, lying, turning over, snoring, getting up) and daily activities (for example, eating, drinking, and bathing) while in bed.
Specifically, a still image and a moving image corresponding to each operation pattern are stored, and an animation can be generated by combining a plurality of these still images and moving images.

The character string information is information including a character string corresponding to the sleep evaluation result. For example, a sleep advice (hereinafter also referred to as advice) or a sleep comment (hereinafter also referred to as a comment) is provided. It is remembered.
The advice regarding sleep is composed of, for example, a character string for improving sleep, and a plurality of advices are stored according to the evaluation item and the evaluation rank (see FIG. 6).
The single-word comment regarding sleep is composed of, for example, an interesting character string for attracting the interest of the subject, and a plurality of single-word comments corresponding to the evaluation rank are stored (see FIG. 8).
The information before entering the floor is information related to the behavior of the subject before entering the floor, and is stored by receiving input from the subject on the before-bed-in behavior receiving screen (see FIG. 14).

The storage unit 43 stores “daily time”.
The “daily time” is the time when the date is updated, and 24 hours from this “daily time” is handled as a unit of one day.
For example, the “daily time” is set to 12:00 noon as a default value, and can be arbitrarily changed from a predetermined screen.
Thus, for example, when the subject sleeps after 12:00 noon, the "daily time" is changed after 12:00 noon so that the time until the changed time is the same as the measurement day. Therefore, the subject can acquire measurement data on an appropriate date.

Moreover, as a program memorize | stored in the terminal device 4, there exists an application program (henceforth an application) corresponding to the function which can be performed on the terminal device 4. FIG. This application may be one already stored in the storage means 43 at the time of sale of the terminal device 4, that is, one that is standardly provided in the terminal device 4, or after purchasing the terminal device 4, the communication means 42. It may be downloaded from a website via
As one of such apps, a sleep app that operates as the sleep information display control program of the present embodiment is stored.

The display means 44 displays a still image, a moving image, a character string, a numeric keypad, etc. so as to be visible to the subject.
The display means 44 in this embodiment displays the sleep application execution screen.
The display means 44 displays, for example, a record display screen (see FIG. 16) showing a measurement result of the subject's sleep, an animation display unit 44A for displaying animation, a graph display unit 44B for displaying graphs, etc. An advice display unit 44C that displays advice, a single comment display unit 44D that displays a single comment about sleep, a star evaluation display unit 44E that displays a star indicating the evaluation result of sleep, and a comprehensive evaluation result of sleep It functions as a comprehensive evaluation display unit 44F that displays facial expressions.
The configuration and display contents of each screen of the sleep app displayed by the display means 44 will be described in “Sleep app execution screen” described later.
The display unit 44 is configured by a touch panel that can be touch-operated, and also operates as a reception unit that receives input (for example, communication operation, character input operation, selection operation, etc.) by touching the display on the screen with a finger or a touch pen. To do.

  As shown in FIG. 2, the control means 47 acquires the biological signal acquisition means 51 that acquires the biological signal sent from the pressure detection unit 3 according to the temporal transition, as shown in FIG. A sleep state determination unit 52 that determines the sleep state of the subject based on the biological signal, a numerical information calculation unit 53 that calculates a numerical value for each evaluation item based on the sleep state of the subject, A display that controls the display on the display means 44, the item-by-item evaluation means 54 that evaluates the examiner's biological condition for each evaluation item, and ranks the sleep quality, an animation generation means 55 that generates an animation, and the display means 44 It functions as the control means 56 and the sound output control means 57 for controlling the sound and music output in the sound output means 45.

When the biological signal acquired from the pressure detection unit 3 is input, the biological signal acquisition unit 51 converts the biological signal into digital data and stores it in the storage unit 43 as measurement data.
The sleep state determination unit 52 determines the sleep state of the subject based on the biological signal (measurement data) extracted from the storage unit 43.
For example, according to the amplitude and period of the biological signal, it is determined which of the sleeping states the subject is lying on.
In addition, when the subject's sleep state shifts to another sleep state (for example, when the subject transitions to the sleep state), the sleep state determination unit 52 acquires the acquired time from the timing unit 46 and acquires the sleep time. The time and the sleep state after the transition are associated with each other and stored in the sleep state transition information of the storage unit 43.

Note that a known determination method can be used as the sleep state determination method.
For example, whether or not the subject is in a sleep state can be determined to be a sleep state by determining that the subject has fallen asleep when the amplitude or cycle of the biological signal continues for a predetermined time and does not exceed a predetermined threshold. .
Further, in the present embodiment, the determination as to whether or not the user is in the floor is made, for example, when the “recording start” key 65d or the “skip” key 65c on the pre-floor action acceptance screen (see FIG. 14) is operated. It can be determined that the state has shifted to the entrance state. The determination as to whether or not the user is in the bed leaving state is made, for example, when the “Yes” key 66b or the “No” key 66c on the later-described deep sleep feeling acceptance screen (see FIG. 15) is operated. be able to.

The numerical information calculation means 53 calculates numerical values corresponding to the above evaluation items.
As a calculation method of the numerical information, a known calculation method can be used.
For example, a numerical value corresponding to each evaluation item can be calculated by the following method.
The “sleeping time” is calculated as the time from the bedtime to the bedtime.
“Sleep time” is calculated as the time from sleep time to wake-up time.
“Good time” is calculated as the duration of the non-REM sleep state.
The “number of halfway awakening” is calculated as the total number of times of transition to the halfway awakening state.

The item-by-item evaluation means 54 performs the following evaluations.
(1) Evaluation related to star display As shown in FIG. 4 (a), the item-by-item evaluation means 54 is about each evaluation item ("sleeping time", "sleeping time", "sleeping time", "smooth time"). The numerical value corresponding to each evaluation item stored in the numerical information is compared with each reference value, and the evaluation is divided into ranks.
Moreover, the evaluation means 54 according to item gives "the number of star marks" (evaluation rank) which shows the quality of sleep of a subject for every evaluation item as a result of evaluation.
For example, if the subject's “sleeping time” is 15 minutes or less, 5 stars are given. If the subject is 16 minutes or more and less than 30 minutes, 3 stars are given. Add an asterisk.
Moreover, as shown in FIG.4 (b), the reference value in "sleep time" of an evaluation item changes according to the age of a subject. For example, in determining whether to give five stars, the standard value is within 8 hours ± 15 minutes when the age is 14 years old or less, and when the age is between 15 and 25 years old. The standard value is within 7 hours ± 15 minutes.
In addition, not only this but fixed time (for example, 6.5 hours) is good also as a reference value.

(2) Evaluation related to display of advice As shown in FIG. 5, the item-by-item evaluation means 54, each evaluation item (“sleeping time”, “bedtime”, “sleeping time”, “good time”, “midway” For the “number of awakenings” and “feeling of deep sleep”), numerical values corresponding to the respective evaluation items stored in the numerical information are compared with the respective reference values, and the evaluation is divided into ranks.
Further, the item-by-item evaluation means 54 gives either “good / normal / bad” (evaluation rank) indicating the quality of sleep of the subject for each evaluation item as a result of the evaluation.
For example, if the “sleeping time” of the subject is within 15 minutes, “good” is given, “normal” is given if it is 16 minutes or more and less than 30 minutes, and “bad” is given if it is 30 minutes or more. Is granted.

In addition, among the evaluation items, “feeling of deep sleep” means that the subject subjectively evaluates the quality of sleep of last night, and specifically, from the subject on the deep sleep feeling reception screen (see FIG. 15). It is designed to accept input.
In this embodiment, sleep is evaluated based on “feeling of deep sleep”.
For example, the item-by-item evaluation means 54 gives a “good” evaluation rank when accepting a well-sleeped impression from the subject, and gives a “bad” evaluation rank when accepting an impression that did not sleep well. Is granted.
As shown in FIG. 6, for example, even if all the evaluation ranks of the evaluation items “sleeping time”, “smooth time”, and “sleeping time” are “good”, the evaluation rank of “feeling of deep sleep” is In the case of “bad”, one is selected and displayed from a plurality of advices (four in this embodiment) regarding improvement of “feeling of deep sleep”.
Thus, by reflecting “feeling of deep sleep”, which is a subjective evaluation of the subject, in the sleep evaluation, the reliability of the sleep evaluation for the subject can be increased.

(3) Evaluation related to the display of a single comment The item-based evaluation means 54 has an evaluation rank ("number of stars") given by an evaluation related to star display and an evaluation rank given by an evaluation related to display of advice. (“Good / Normal / Bad”).
Moreover, the item-based evaluation means 54 gives one of “difficulty falling asleep, poor sleep wellness, difficulty in getting up” (evaluation rank) indicating the quality of sleep of the subject as a result of the evaluation.
For example, as shown in FIG. 7, when the evaluation rank of the “sleeping time” among the evaluation items is “normal or bad”, or “the number of star marks is three or less”, “difficult to fall asleep” is given. To do.
Note that the evaluation items and reference values used in the evaluations (1) to (3) are stored in the storage unit 43 in advance, and the evaluation items used in each process can be arbitrarily changed. The value can also be changed arbitrarily.

The animation generating means 55 corresponds to “pre-floor animation” (first animation) representing the biological state of the subject who is entering the floor, Action animation "(second animation) is generated.
The biological state in the present embodiment includes all the sleeping states described above.

“In-bed animation” is a combination of motion patterns corresponding to each sleep state stored in the sleep state transition information. For example, the motion when the sleep state shifts to another sleep state. The pattern is generated so as to shift. That is, the animation during entering is generated so that the operation pattern changes according to the temporal transition of the subject's sleeping state during entry. It should be noted that the “in-bed animation” is played back at a speed that is shortened by a predetermined magnification over the time during which the user enters the floor.
The “pre-bedroom behavior animation” is generated by combining a plurality of motion patterns corresponding to the pre-bedroom behavior of the subject stored in the pre-bedroom information.

The display control unit 56 causes the display unit 44 to display the execution result of the sleep application.
For example, the display control unit 56 causes the display unit 44 to display a recording display screen (see FIG. 16). In this recording display screen, the animation display unit 44A displays an animation, and the graph display unit 44B displays a graph. The advice display unit 44C displays the sleep advice, the single comment display unit 44D displays the sleep comment, the star evaluation display unit 44E displays the star indicating the sleep evaluation result, and the comprehensive evaluation display. The facial expression indicating the overall evaluation result of sleep is displayed on the unit 44F.

The server device 5 is an information processing device that operates under program control, and is connected to the terminal device 4 via the Internet to transmit and receive various data.
The data transmitted from the terminal device 4 includes information related to member registration of the sleep app (member information table), sleep state transition information, numerical information, evaluation rank information, pre-bed information, and the like.

The member information table includes information input on a member registration screen (see FIG. 12), which will be described later, and information input from a predetermined screen on which a member registrant's profile can be input after member registration, for example.
Specifically, information received from the member registration screen (eg, email address, password, nickname) and information received from the profile input screen after member registration (eg, name, gender, date of birth, height, weight, address) , Occupation) etc. are stored.

The server device 5 performs a counting process based on the information received from the terminal device 4 and accumulated.
For example, based on each action content stored in the information before entering the bed and the evaluation rank for each evaluation item stored in the evaluation rank information, calculating how the action taken before entering the bed affects sleep Can do.
For example, long-term sleep evaluation can be performed using long-term information for one week or one year.

[Operation of terminal device]
Next, the operation of the terminal device in the present embodiment will be described with reference to each drawing.

[Sleep app execution screen]
First, the execution screen of the sleep application displayed on the display unit 44 will be described with reference to FIGS.
The control means 47 activates the sleep application when an operation for activating the sleep application in the terminal device 4 is selected by the subject, and first displays an alarm setting screen (not shown) on the display means 44. Let
The alarm setting screen is a screen for setting the time when the subject wakes up. For example, when the “alarm time” that is the time when the subject tries to wake up or the current time reaches the alarm time It is possible to set an “alarm sound” which is a sound output from the audio output means 45.
When an operation for ending the setting is selected by the subject from the software keys displayed on the alarm setting screen, “alarm time” and “alarm sound” are stored in the storage means 43, and then displayed. A home screen is displayed on the means 44.

  As shown in FIG. 10, the home screen has, as operable software keys, for example, a login key 61a, a “profile input” key 61b, a “before sleep” key 61c, a “good night sound” key 61d, and a “graph” key. 61e, "Guide" key 61f, "Recording start" key 61g, etc. are displayed.

The login key 61a is a key operated when shifting to the login screen. In addition, the login key 61a is displayed in a state where the user is not logged in to the sleep app, that is, when using the sleep app as a guest user, as shown in FIG. After logging in, “Logout” is displayed.
The “profile input” key 61 b is a key operated when shifting to a profile setting screen for setting the profile of the subject.
The “before sleep” key 61c is a key operated when shifting to a screen for giving a lecture on stretching before sleep.
The “good night sound” key 61d is a key operated when shifting to a screen for setting “good night sound”, which is a song to be output from the audio output means 45 when trying to start sleeping.
The “graph” key 61e is a key operated when shifting to a screen for displaying a result measured in the past.
The “Guide” key 61f is a key operated when shifting to a screen for referring to each operation method of the sleep application.
The “record start” key 61g is a key operated when sleep measurement is started.

When the login key 61a is selected by the subject from the software keys displayed on the home screen, the login screen is displayed on the display means 44.
The login screen is an input screen for logging in to the sleep application. As shown in FIG. 11, as the account information input unit 62 a and operable software keys, for example, a “login” key 62 b, “member registration” A key 62c, a “facebook login” key 62d (“facebook” is a registered trademark), a “used by guest” key 62e, and the like are displayed.

The account information input unit 62a is an input unit for inputting information (account information) necessary for the subject to log in to the sleep application. For example, an e-mail address or password can be entered.
The “login” key 62b is a key operated when confirming the information input by the account information input unit 62a and logging in to the sleep application. After login is established, the home screen is displayed while logged in.
The “member registration” key 62c is a key operated when shifting to the member registration screen.
The “facebook login” key 62d is a key operated when shifting to a screen for logging in to the facebook. Note that after login to facebook is established, the sleep application is also logged in.
The “use by guest” key 62e is a key operated when using the sleep app as a guest user without logging in to the sleep app.

When the “member registration” key 62 c is selected by the subject from the software keys displayed on the login screen, the member registration screen is displayed on the display means 44.
The member registration screen is a screen for registering a sleep app member, and as shown in FIG. 12, for example, an “account registration” key 63b, an account registration information input unit 63a, and operable software keys. A “facebook login” key 63c, a home key 63d, and the like are displayed.

The account registration information input unit 63a is an input unit for registering account information. For example, an e-mail address, password, and nickname can be entered.
The “account registration” key 63b is a key operated when confirming the information input by the account registration information input unit 63a and registering account information.
The “facebook login” key 63c is a key operated when shifting to a screen for logging in to the facebook.
The home key 63d is a key operated when shifting to the home screen.

When the “profile input” key 61 b is selected by the subject from the software keys displayed on the home screen, a profile setting screen is displayed on the display means 44.
The profile setting screen is a screen for setting the profile of the subject who uses the sleep application. As shown in FIG. 13, as the profile input unit 64a and operable software keys, for example, “Setting” A key 64b, a home key 64c, and the like are displayed.

The profile input unit 64a can input a nickname, sex, date of birth, for example. If the user has already logged in to the sleep application, the information stored in the member registration table of the server device 5 is automatically displayed for these items.
The “setting” key 64b is a key that is operated when setting the profile by confirming the information input by the profile input unit 64a.
The home key 64c is a key operated when shifting to the home screen.

When the “recording start” key 61g is selected by the subject from the software keys displayed on the home screen, the pre-entry action acceptance screen is displayed on the display means 44.
The before-bed-in action accepting screen operates as the before-bed-in information receiving means in the present invention and is a screen for accepting the subject's pre-bed-in behavior, as shown in FIG. As software keys operable with the input unit 65a and the profile input unit 65b, for example, a “skip” key 65c, a “record start” key 65d, a home key 65e, and the like are displayed.

The pre-bed entry behavior input unit 65a is an input unit that inputs the behavior performed by the subject. For example, “Did you eat dinner?”, “Did you take a bath?”, “Did you smoke?”, “Did you drink coffee?”, “Did you drink alcohol?” “Yes” or “No” can be input to the question item. In addition, in response to the question “Did you drink alcohol?”, You can enter “Drunk” or “Sickler” instead of “Yes”.
The profile input unit 65b is an input unit for inputting a profile (for example, gender and date of birth) of a subject who performs sleep measurement.
The “skip” key 65c is a key that is operated when sleep measurement is started by omitting the input from the action input unit 65a before entering the bed. When the “skip” key 65c is operated, for example, “No” is automatically set for all question items, and sleep measurement is started.
The operation when the “skip” key 65c is operated is not limited to this, and for example, information previously set for the question item by the subject may be reflected.
In addition, when logged in to the sleep application, the information before entering the floor set at the time of the previous measurement may be reflected.
The “recording start” key 65d is a key that is operated when confirming the information input by the action input unit 65a before entering the floor and the profile input unit 65b and starting measurement of sleep.
The home key 65e is a key operated when moving to the home screen.

  When the “recording start” key 65d is selected by the subject from the software keys displayed on the action reception screen before entering the bed, sleep measurement is started. When the current time reaches the alarm time, a deep sleep feeling acceptance screen is displayed on the display means 44.

The deep sleep feeling reception screen operates as a sleep feeling reception means in the present invention, and is a screen for receiving the impression of the subject's sleep, as shown in FIG. For example, a “yes” key 66b, a “no” key 66c, and the like are displayed as operational feeling display portions 66a and operable software keys.
When the “yes” key 66b or the “no” key 66c displayed on the deep sleep feeling reception screen is operated by the subject, a recording display screen is displayed on the display means 44.

  The recording display screen is a screen for displaying the measurement result of sleep. As shown in FIG. 16, the recording display screen displays an animation display unit 44A that displays an animation, a graph display unit 44B that displays a graph, and sleep advice. An advice display unit 44C, a single comment display unit 44D that displays a single comment about sleep, a star evaluation display unit 44E that displays a star indicating the evaluation result of sleep, and a facial expression that indicates a comprehensive evaluation result of sleep And a software key that can be operated, for example, “Read more” key 67a, “Member registration” key 67b, “QR code acquisition” key 67c (“QR code” is a registered trademark), “ The “fortune of today” key 67d, the home key 67e, etc. are displayed.

The “Read more” key 67a is a key operated when shifting to the single comment comment display screen.
The “member registration” key 67b is a key operated when shifting to the member registration screen.
The “QR code acquisition” key 67c is a key operated when shifting to a screen for acquiring a QR code. On this screen, a QR code including information on the measurement result of sleep is displayed, and the subject can read the QR code with another terminal device, so that the measurement result of sleep can be displayed even on the read terminal device. it can.
The “today's fortune” key 67d is a key operated when shifting to the today's fortune screen.
The home key 67e is a key operated when shifting to the home screen.

The record display screen displays the following information.
(1) Animation Display The animation display unit 44A displays the “in-bed-in animation” and the “pre-bed-in action animation” generated by the animation generation unit 55.
The details of “the animation during entering the floor” and “the action animation before entering the floor” will be described in “display mode of animation display section and graph display section” described later.

(2) Display of Waveform Graph and Slide Bar The graph display unit 44B displays the time axis Z including the time of entering the floor as the horizontal axis and the subject's sleep state as the vertical axis, A waveform graph showing the transition is displayed. Specifically, a waveform graph generated based on the sleep state of the subject stored in the sleep state transition information and the time when the sleep state transitions is displayed.
In addition, the graph display unit 44B displays a slide bar B that operates so as to be able to identify a temporal transition during entering the floor.
The slide bar B is an elongated bar-like display element, and is displayed on the graph display unit 44B such that the vertical axis direction that is perpendicular to the time axis Z shown on the graph display unit 44B is the longitudinal direction. The
The slide bar B intersects the time axis Z of the graph display unit 44B, and can move with respect to the horizontal direction indicated by the time axis Z.
Further, the slide bar B moves in the graph display area where the waveform graph is displayed by moving in the horizontal direction. That is, the waveform graph and the slide bar B are displayed so as to overlap each other.
Thereby, from this overlapping point, it is possible to grasp the sleep state of the subject at the time when the slide bar B crosses the time axis Z and enters the floor.

For example, the slide bar B is displayed with the position corresponding to the time of entry on the time axis Z as the initial position.
Then, the slide bar B starts to move in the direction of the time indicated by the time axis Z at a predetermined timing (for example, when the “pre-floor action animation” is completed in the animation display unit 44A). When the slide bar B starts to move, the animation display unit 44A starts displaying “an animation during entering the floor”.
As the slide bar B moves, the time at which the slide bar B intersects the time axis Z changes, and when the subject's sleep state shifts to another sleep state, the animation display unit 44A An operation pattern corresponding to the sleep state is displayed.
For example, when the slide bar B starts moving from the initial position, an animation corresponding to the floor entry state is displayed on the animation display unit 44A (see FIG. 20). Next, when the time intersecting with the time axis Z changes with the movement of the slide bar B and the sleep state of the subject shifts to the sleep state, an animation corresponding to the sleep state is displayed on the animation display unit 44A. (See FIG. 22).
In this way, since the “in-bed-in animation” is displayed in conjunction with the movement of the slide bar B, the subject can intuitively understand what sleep state the user has traced over time. Moreover, since it is displayed by animation, the content can be easily grasped.

In addition, if it operates so that the temporal transition during entering can be identified, not only the slide bar B but, for example, a predetermined marker follows the displayed waveform graph according to the temporal transition. The display mode may be such that the waveform graph itself moves, or the waveform graph itself may be sequentially displayed in the horizontal direction indicated by the time axis Z according to the temporal transition. In addition, for example, an animation of a clock that operates according to a temporal transition while entering the floor may be displayed.
Further, in the graph display unit 44B of the present embodiment, by touching an arbitrary place on the graph display area, the movement of the slide bar B and the display of “in-floor animation” can be started from the touched position. It can be done.

(3) Display of advice The advice display unit 44C displays advice related to sleep corresponding to the evaluation rank (evaluation related to display of advice).
Specifically, based on the evaluation rank (evaluation related to advice display) stored in the evaluation rank information and the evaluation items, advice on two evaluation items is arbitrarily selected from the character string information shown in FIG. The A character string obtained by combining the two selected advices is displayed on the advice display section 44C (character string information display control means).
In FIG. 6, one advice is displayed for each evaluation rank for each evaluation item, but a plurality of advices are stored for each evaluation rank for each evaluation item in the character string information. One advice is arbitrarily selected from a plurality of advices and displayed on the advice display section 44C.
In this way, since any one advice is selected and displayed from among a plurality of advices, the displayed advice does not become monotonous, so the subject is interested in what kind of advice is displayed. You can have it.

For example, when the two selected evaluation items are “sleeping time” and “smooth time”, “bad” is stored in “sleeping time” and “good” is stored in “smooth time” as the evaluation rank. Sometimes it seems that it takes more than 30 minutes to fall asleep. After taking a bath, stretch and relax muscle stiffness. It looks like, but you may want to review your pillow to get a deeper sleep.If you do n’t have a good pillow when you ’re traveling, it ’s a good idea to fold a large bath towel to replace it. ” Advice is selected.
As a result, for example, “Looks like it takes more than 30 minutes to fall asleep. Stretch after bathing and relax your muscles. It seems to sleep well, but to get a deep sleep, A combination of two advices such as “It may be good to review the pillow” is displayed on the advice display section 44C.
By displaying the advice regarding sleep in this way, the subject can not only grasp his / her sleep state from the display of the waveform graph but also receive advice as given by an expert.

(4) Display of a single comment The single comment display unit 44D displays a single comment related to sleep corresponding to an evaluation rank (an evaluation related to display of a single comment).
Specifically, one single comment is arbitrarily selected from the character string information shown in FIG. 8 based on the evaluation rank (evaluation related to the display of the single comment) stored in the evaluation rank information, and the selection is made. The one word comment is displayed on the word comment display section 44D (character string information display control means).
In FIG. 8, one single comment is displayed for each evaluation rank, but a plurality of single comments are stored for each evaluation rank in the character string information. One word comment is arbitrarily selected from a plurality of word comments and displayed on the word comment display section 44D.
For example, when “difficult to fall asleep” is stored as the evaluation rank, one word comment is arbitrarily selected from the character string group of “difficult to fall asleep” shown in FIG. Do not read! "), The selected single-word comment is displayed on the single-word comment display section 44D.
In this way, since any one of a plurality of single-word comments is selected and displayed, the displayed single-word comments are not monotonous. Thereby, it is possible to give interest to the subject such as what kind of single comment is displayed.

(5) Display of star evaluation The star evaluation display unit 44E displays the number of star marks for each evaluation item based on the evaluation rank (evaluation related to star display) stored in the evaluation rank information.
Thus, the subject can easily recognize the quality of sleep for each evaluation item from the number of asterisks.
(6) Display of sleep comprehensive evaluation The comprehensive evaluation display unit 44F displays a “facial expression” according to the total number of stars displayed on the star evaluation display unit 44E.
As shown in FIG. 9, the “face expression” has a different display pattern depending on the total number of star marks. For example, when the total number of star marks is 18 to 20, the overall evaluation of “very good” is given. The facial expression shown is displayed.
In this way, by displaying the evaluation result while changing the “facial expression” with the human face as a symbol, the subject can intuitively grasp the quality of sleep.

On the recording display screen on which the animation display unit 44A, the graph display unit 44B, the advice display unit 44C, the single comment display unit 44D, the star evaluation display unit 44E, and the comprehensive evaluation display unit 44F are further displayed, A “read” key 67a, a “fortune telling” key 69b, and the like are displayed.
When the “read more” key 67a is selected by the examinee from the software keys displayed on the record display screen, a single comment comment display screen is displayed on the display means 44.
The single comment comment display screen is a screen that displays a comment on the single comment displayed in the single comment display unit 44D as shown in FIG.
The content of the comment displayed on the single comment comment display screen is stored in an external device such as the server device 5 and is displayed by receiving it from the external device via the communication means 42, for example. It has become.

When the “today's fortune” key 67d is selected from the software keys displayed on the record display screen by the subject, the fortune screen of today is displayed on the display means 44.
As shown in FIG. 18, the current fortune screen includes a birth date input unit 69a for inputting the date of birth of the subject, and, for example, “Fortune” key 69b, home key as operable software keys. 69c etc. are displayed.
The “fortune telling” key 69b is a key operated when the date of birth input by the date of birth input unit 69a is confirmed and fortune-telling is executed.
The home key 69c is a key operated when moving to the home screen.
When the “fortune” key 69b is selected by the subject, the fortune telling result of today's fortune is displayed.
Note that the results of fortune-telling are not limited to those displayed based on the date of birth entered in the date of birth input unit 69a, but are the results of sleep evaluation and information received from the subject (behavior prior to bed entry). , A result based on a feeling of deep sleep) may be displayed. For example, when the “yes” key 66b is selected from the subject on the deep sleep feeling acceptance screen (see FIG. 15), a good fortune-telling result for the subject may be displayed.

  In addition, a software key that is operated when posting to SNS (social networking service) such as facebook or Twitter (registered trademark) is arranged on the recording display screen, and an animation result is displayed on the SNS by operating this key. May be posted.

[Display mode of animation display section and graph display section]
Next, display modes of the animation display unit 44A and the graph display unit 44B, which are characteristic functions in the present invention, will be described with reference to FIGS.
The animation display unit 44A performs display related to the behavior of the subject before entering the floor and display related to the biological state of the subject during entering the floor.

As a display relating to the behavior of the subject before entering the floor, the animation display unit 44A displays “behind entrance behavior animation”.
Specifically, on the pre-bedroom action reception screen (see FIG. 14), for example, “Yes” was selected in the question item “Did you smoke?” And “Did you drink alcohol?” When “Drunk” is selected in the item, among the animations corresponding to the actions before entering the floor shown in FIG. 28A, the “smoked cigarette” animation and the “drinked alcohol (drunken)” animation Is displayed.
Next, as shown in FIG. 28B, an animation “change to pajamas” is displayed, and as shown in FIG. 28C, an animation “go to bed” is displayed.
On the other hand, as shown in FIG. 19, the graph display unit 44B stops the slide bar B at the left end position of the graph display area while the animation display unit 44A displays the “pre-floor action animation”. Display with status.

When the “pre-floor action animation” is completed, the animation display unit 44A displays “in-bed animation” and the graph display unit 44B displays the waveform as a display relating to the biological state of the subject during the floor. Slide bar B is displayed on the graph.
At this time, the “in-floor animation” starts from the display of the animation corresponding to the floor-entry state (bed-in time), and the slide bar B also starts to move from the position of the time axis Z corresponding to the floor-in time. In this way, the display start timing of the “in-floor animation” is synchronized with the start timing of the movement of the slide bar B, and the display content of the subsequent “in-floor animation” and the moving slide bar B are waveforms. By overlapping with the graph, the transition of the sleep state indicated is linked (synchronous display control means).

The display content of “in-floor animation” and the position where the slide bar B intersects the time axis Z change as follows based on the temporal transition during the in-floor.
At the time of bed entry during the time of bed entry, the animation display unit 44A displays an animation corresponding to the bed entry state, as shown in FIG. For example, an animation in which a character lies on a bed is displayed.
Further, the graph display unit 44B displays the slide bar B by moving it from the left end of the graph display area to a position corresponding to the entry time.

  As the slide bar B moves, when the time that intersects the time axis Z reaches the time when it is determined to be awake (between bedtime and sleep time), the animation display unit 44A is shown in FIG. In this way, an animation corresponding to the arousal state is displayed. For example, an animation of a character turning over on a bed is displayed.

  When the time intersecting with the time axis Z reaches the sleep time as the slide bar B moves, the animation display unit 44A displays an animation corresponding to the sleep state as shown in FIG. For example, an animation in a state where the movement of the character is stopped is displayed.

  As the slide bar B moves, when the time intersecting the time axis Z reaches the time determined to be the non-REM sleep state, the animation display unit 44A displays an animation corresponding to the non-REM sleep state as shown in FIG. Is displayed. For example, an animation in which the character is snoring (Zzz...) Is displayed.

  When the time intersecting with the time axis Z reaches the time determined to be the REM sleep state as the slide bar B moves, the animation display unit 44A displays an animation corresponding to the REM sleep state as shown in FIG. Is displayed. For example, an animation in which the character repeats turning over is displayed.

  As the slide bar B moves, when the time crossing the time axis Z reaches the time when it is determined to be in the mid-wake state, the animation display unit 44A displays an animation corresponding to the mid-wake state as shown in FIG. Is displayed. For example, an animation in which a character gets up is displayed.

  As the slide bar B moves, when the time intersecting the time axis Z reaches the wake-up time, the animation display unit 44A displays an animation corresponding to the wake-up state as shown in FIG. For example, an animation in which the character wakes up and rubs his eyes or an animation in which a fairy wakes up is displayed.

  As the slide bar B moves, when the time intersecting the time axis Z reaches the bed leaving time, the animation display unit 44A displays a playback button as shown in FIG. When this play button is selected, the animation (“pre-floor action animation” and “floor animation”) on the animation display unit 44A can be displayed again.

  Thus, the terminal device 4 that operates as the sleep information display device according to the present invention is an animation based on a biological signal acquired from the subject who is entering the floor, and changes the biological state of the subject over time. A function of displaying a first animation (an animation during entering the floor) expressed together with an identifiable action (movement of the slide bar B) is provided.

In the present embodiment, the animation is changed according to the quality of the deep sleep feeling received from the deep sleep feeling reception screen (see FIG. 15).
For example, when the feeling of deep sleep is “good” (the “yes” key 66b is selected), in the animation corresponding to the wake-up state, the animation is displayed with a character with a smiling expression and the feeling of deep sleep is “bad” (“No” When the “key 66c is selected), an animation is displayed with a character with a grumpy expression.
Thereby, the subjective evaluation of the subject can be reflected in the animation, and the subject can be provided with interest.

The animation displayed on the animation display unit 44A is not limited to the animation shown above, and the following animation may be displayed.
For example, when the REM sleep state continues for a certain period of time, an animation that falls from the bed may be displayed as a result of the character repeatedly turning over.
In addition, in the “pre-bedroom behavior animation”, for example, when the subject selects “sickness” in the “Do you drink alcohol” item on the pre-bedroom behavior reception screen, You may display the “Drinked (Sickness)” animation. At this time, in the animation “to the bed”, the character may display a staggered animation.

In the present embodiment, sound and music are output from the audio output means 45 when an animation is displayed on the animation display unit 44A.
For example, a sound associated with an animation (motion pattern) is output.
Specifically, for example, a snoring sound effect can be output when a snoring animation (motion pattern) is displayed. In addition, it is possible to output a sound effect of bird singing when an animation (motion pattern) at the wake-up time is being performed.
In addition, when an animation is displayed, a predetermined song can be output as BGM.
Furthermore, you may make it the music tone of BGM change according to the evaluation result of sleep. For example, when the comprehensive evaluation result is “very good” or when the feeling of deep sleep received from the subject is “good”, a bright tune-like BGM may be output.

[Sleep information display method]
Next, the sleep information display method of this embodiment will be described with reference to FIGS.
In the following process, when the subject is going to sleep, the process starts when the sleep application is activated from the terminal device 4 and the “record start” key 61g is selected from the home screen.

First, the display control means 56 causes the display means 44 to display an action reception screen before entering the floor (S10).
The control means 47 determines whether or not the “record start” key 65d or the “skip” key 65c displayed on the pre-entry action reception screen is selected (S11).
When it is determined that the “recording start” key 65d or the “skip” key 65c has been selected (S11: YES), information on the behavior of the subject before entering the bed received on the before-bed-in action receiving screen is stored in the storage unit 43. While being stored in the information before entering the bed, the time measuring means 46 starts time measurement (S12). The time measuring means 46 measures the time until the subject leaves the bed.

The biological signal acquisition unit 51 acquires the biological signal sent from the pressure detection unit 3 along with the temporal transition during entering the floor, and stores it in the storage unit 43 as measurement data. (S13).
The control means 47 monitors the time measured by the time measuring means 46 and determines whether or not this time has reached the alarm time (S14).
If it is determined that the alarm time has been reached (S14: YES), the display control means 56 causes the display means 44 to display a deep sleep feeling acceptance screen (S15).
The control means 47 determines whether the “Yes” key 66b or the “No” key 66c displayed on the deep sleep feeling acceptance screen is selected (S16).
When it is determined that the “yes” key 66b or the “no” key 66c has been selected (S16: YES), the control means 47 causes the time counting means 46 to finish timing.

Next, the sleep state determination unit 52 determines the sleep state of the subject based on the measurement data and the time data measured by the time measurement unit 46 (S17). As a result of the determination, the time during entry and the sleep state of the subject at that time are associated with each other and stored in the sleep state transition information of the storage unit 43.
Next, the animation generation means 55 includes an “in-bed-in animation” based on the living state of the subject based on the sleep state transition information and an action performed by the subject before entering the floor based on the information before entering the bed. A “pre-floor action animation” is generated (S18). The generated “in-bed-in animation” and “pre-bed-in action animation” are stored in the storage unit 43.

Next, an item-by-item evaluation process is executed (S19).
The item-by-item evaluation process will be described with reference to FIG.
First, the numerical information calculation means 53 calculates a numerical value corresponding to each evaluation item based on the sleep state transition information (S30). The calculated numerical value of each evaluation item is stored in the numerical information of the storage unit 43.

Next, the item-by-item evaluation means 54 performs an evaluation relating to star display based on the numerical information (S31). As a result of the evaluation, the number of star marks that are the evaluation rank is assigned and stored in the evaluation rank information of the storage means 43 (S32).
The item-based evaluation means 54 performs evaluation related to the display of advice based on the numerical information (S33). As a result of the evaluation, any one of “good / normal / bad” which is the evaluation rank is assigned and stored in the evaluation rank information of the storage means 43 (S34).
The item-by-item evaluation means 54 performs an evaluation relating to the display of the single comment based on the evaluation results of S31 and S33 (S35). As a result of the evaluation, any one of the evaluation ranks “difficulty falling asleep, poor sleep, and difficulty in getting up” is assigned and stored in the evaluation rank information of the storage means 43 (S36).

Next, the display control means 56 causes the display means 44 to display a recording display screen (S20).
The display control means 56 displays the animation on the animation display unit 44A, and displays the waveform graph and the slide bar B on the graph display unit 44B (S21).
Specifically, the display control unit 56 operates as an animation display control unit in the present invention, and displays an “anterior action animation” (second animation) on the animation display unit 44A. Then, the display control means 56 displays the “pre-floor action animation” (second animation), and then displays the “pre-floor animation” (first animation).
Further, the display control means 56 operates as the sleep state transition information display control means in the present invention, displays the waveform graph on the graph display unit 44B based on the sleep state transition information, and slide bar B in the waveform graph display area. Is displayed.

  Next, the display control means 56 causes the star evaluation display unit 44E to display a star indicating the sleep evaluation result (S22), and causes the comprehensive evaluation display unit 44F to display a facial expression indicating the sleep comprehensive evaluation result. (S23) The advice related to sleep is displayed on the advice display unit 44C (S24), the single comment regarding sleep is displayed on the single comment display unit 44D, and the processing ends (S25).

  By executing the sleep information display method having the above contents, the terminal device 4 is an animation based on the biological signal acquired from the subject who is entering the floor, and the biological state of the subject is temporally changed. A first animation (an animation during entering the floor) that can be displayed together with an identifiable action (movement of the slide bar B).

[Sleep Information Display Control Program]
Next, the sleep information display control program will be described.
The sleep information display function (function for executing the sleep information display method) of the terminal device 4 which is a computer in the above embodiment is realized by the sleep information display control program stored in the storage unit 43.

The sleep information display control program is read by the control means 47 (CPU or the like) of the terminal device 4 which is a computer, thereby sending a command to each component of the terminal device 4 and performing predetermined processing, for example, biometric signal acquisition means 51 Biological signal acquisition processing, sleep state determination processing of the sleep state determination means 52, numerical information calculation processing of the numerical information calculation means 53, item-specific evaluation processing of the item-by-item evaluation means 54, animation generation processing of the animation generation means 55, display The display process of the control means 56, the audio output process of the audio output means 57, the time measurement process of the time measurement means 46, etc. are performed.
As a result, the sleep information display function is realized by the cooperation of the sleep information display control program that is software and each component of the computer (terminal device 4) that is hardware resources.

The sleep information display control program for realizing the sleep information display function is stored in a ROM or a hard disk as the storage means 43 of the terminal device 4, or a computer-readable recording medium such as an external storage device and It can be stored in a portable recording medium or the like.
The external storage device refers to a memory expansion device that incorporates a storage medium such as a CD-ROM and is externally connected to the terminal device 4. On the other hand, the portable recording medium is a recording medium that can be mounted on a recording medium driving device (drive device) and is portable, and refers to, for example, a flexible disk, a memory card, a magneto-optical disk, and the like.
Then, the program recorded on the recording medium is loaded into a RAM or the like that is the storage unit 43 of the terminal device 4 and is executed by the control unit 47. By this execution, the function of the terminal device 4 of the above-described embodiment is realized.

As described above, according to the sleep information display control program, the sleep information display device, and the sleep information display method of the present embodiment, the biological state of the subject can be determined together with the operation capable of identifying the temporal transition during the entrance. Since the animation is displayed, the subject can intuitively understand what sleep state the patient has traced over time, and it can be easily understood because it is displayed in animation. It has features.
By providing such a feature, for example, the following problems are solved.

In the conventional technology, for example, only the change in the body shape and movement of the character is displayed on the basis of the biological information input from the subject. It was not a display accompanied by an action that could identify a significant transition.
On the other hand, like the present invention, by displaying the biological state of the subject by animation together with the operation capable of identifying the temporal transition during the entrance, a certain time during the entrance, or after the start of the entrance, has elapsed. At a certain time, the subject can grasp intuitively what the sleep state was.

  The preferred embodiments of the sleep information display control program, sleep information display device, and sleep information display method of the present invention have been described above, but the sleep information display control program, sleep information display device, and sleep information display method according to the present invention are described above. It goes without saying that the present invention is not limited to the embodiment described above, and various modifications can be made within the scope of the present invention.

  For example, in the above-described embodiment, while entering the bed, it has been described as a “state in a bed or other bedding” that includes both the state before the subject enters sleep and the state after entering sleep. The state before entering the bed is not limited to the state before the subject goes to sleep or after going into sleep. In this case, the “in-bed animation” is an animation generated from an action pattern corresponding to a state before entering a sleep state (an entrance state or an awake state), or a state after entering a sleep state (a sleep state, non-remove state). An animation generated from an action pattern corresponding to a sleep state, a REM sleep state, a mid-wake state, and a wake-up state.

  In the above-described embodiment, the animation display speed in the animation display section 44A and the moving speed of the slide bar B in the graph display section 44B are executed at a constant speed. This speed may be changed according to the sleep state of the person. For example, when the non-REM sleep state where the character's movement is low continues, the display speed may be faster than normal, and when the REM sleep state where the animation moves frequently continues, the display speed may be slower than normal. Good.

In the above-described embodiment, the default character is displayed as the character used in the animation. However, the present invention is not limited to this, and a character (avatar) representing the subject's alternation may be used.
In this case, for example, the character's appearance may be changed according to profile input (for example, gender, height, weight, age), or the character's display mode may be changed by receiving information such as hairstyle and clothes. Good.
Furthermore, not only the change of the character itself but also information such as a bed, a pillow, and furniture displayed in the animation may be received, and these displays may be selectable.

  In the above-described embodiment, the animation generated by the animation generation unit 55 (“in-floor animation”, “pre-floor action animation”) is described as being displayed. However, the present invention is not limited thereto, and the animation is displayed. At this time, each corresponding operation pattern may be called from the operation information and displayed.

In the above-described embodiment, the biological signal is detected by the actuated body 2 and the pressure detection unit 3. However, the present invention is not limited to this, and instead of the actuated body 2 and the pressure detection unit 3, an acceleration sensor is used. The provided terminal device 4 can also be used.
In this case, for example, the terminal device 4 is arranged on the bedding, and the body motion of the subject is measured by the acceleration sensor by measuring the gravitational acceleration in the three axis directions. Can be obtained. By setting it as such a structure, a test subject's biological signal can be acquired only with the terminal device 4, and a sleep state can be determined.

  In the above-described embodiment, the “in-bed animation” is generated by measurement data based on a biological signal acquired from the subject who is in the bed, but based on a part of the measurement data. An animation may be generated. For example, if the subject has transitioned to a wake-up state or a wake-up state after a predetermined time has not elapsed since entering the bed or after falling asleep, it is determined that the subject has stopped sleeping and moved to another action. An animation may be generated with data excluding such measurement data.

DESCRIPTION OF SYMBOLS 1 Sleep information display system 4 Terminal apparatus 5 Server apparatus 44 Display means 44A Animation display part 44B Graph display part 44C Advice display part 44D Single comment display part 44E Star evaluation display part 44F Comprehensive evaluation display part 46 Time measuring means 47 Control means 51 Living body Signal acquisition means 52 Sleep state determination means 54 Item-specific evaluation means 56 Display control means

Claims (2)

A computer that performs display control of a predetermined display means;
Animation display control means for displaying a first animation representing a biological state of the subject together with an action capable of identifying a temporal transition, which is an animation based on a biological signal acquired from the subject who is entering the bed;
In addition to evaluating the sleep state of the subject based on the biological signal, the evaluation items for the sleep time and the time when the sleep was deep, and evaluating for each of a plurality of evaluation items having different evaluation contents, and ranking indicating the quality of sleep Item-specific evaluation means for each evaluation item,
Sleep information display control characterized by selecting at least one evaluation item having a predetermined rank and functioning as character string information display control means for displaying character string information corresponding to the evaluation item and the rank program. The computer,
Function as sleep impression accepting means for accepting impressions about sleep of the subject through predetermined input means,
The item-based evaluation means evaluates based on the impression,
It said animation display control means, sleep information display control program according to claim 1, wherein the displaying the first animation based on the impression.