JP2022159980A - Health maintenance information providing system and program thereof - Google Patents

Abstract

To provide a health maintenance information providing system that allows a manager of an organization to grasp health states of all members at a glance by simply entering an organization name, a manager name, and an analysis period from a terminal without individually entering login IDs and passwords from the terminal.SOLUTION: A health maintenance information providing system connects finger ring-type devices 30 worn on users' fingers, a smartphone 10, a server 100 of an organizational unit biometric information providing site, a manager terminal 77 of a manager (supervisor or doctor) of the users in an organization, and a server 50 of a biometric information analysis site that analyzes biometric information and provides its result via a communication network 60, and provides biometric information from the finger ring-type devices 30 collected by the server 50 of the biometric information analysis site, with only manager identification information from the manager terminal 77, in a format that makes it possible to understand at a glance the biometric information of all the users managed by the manager.SELECTED DRAWING: Figure 8

Description

Patent Act Article 30, Paragraph 2 application filed November 2, 2021, https://www. bb jpn. com/case12

The present invention relates to a health maintenance information providing system.

In recent years, sleep has been recognized as an important factor in maintaining human health. It is also said that the depth of sleep of athletes affects their play. In addition, lack of sleep has been associated with psychosis.

For this reason, a bracelet-type device has also been developed. There is also a system that detects the state of sleep by pulling a separate large sleep detection sensor. For example, Patent Document 1 aims at presenting changes in the user's condition during the day. do.

Further, Patent Document 2 aims at making it possible to easily and accurately evaluate sleep by using, for example, respiratory rate or heart rate as biological information of a person to be measured within a predetermined period of time. Specifically, the respiration of the subject is detected by a sensor, and from the detected respiration, the average respiration rate included in the respiration rate calculation time and the standard deviation of the respiration rate are used to determine the variation coefficient of the respiration rate is calculated, and the sleep state of the subject is evaluated from the coefficient of variation.

On the other hand, in recent years, ring-shaped wearable devices (with built-in sensors) have been put on the market, and based on detection data from these wearable devices, attempts have been made to develop systems that monitor the state of health.
However, in any case, since the service site is accessed through the Internet network, the individual must access the service site using a login ID and password.
Patent Document 3 discloses an authentication system that does not require this login ID and password.
The authentication system of Patent Literature 3 aims at eliminating the need to enter identification information such as a user ID or card ID at the time of authentication.
In paragraphs [0091] to [0103] of Patent Document 3, "the web server 5 (identification information matching unit 203) matches the user ID received from the first terminal (smartphone) with the user ID, In this case, a push ID is generated, and after verification, the token ID and push authentication completion notification are sent to the smartphone."
Also, the web server side receives the push ID and the token ID from the smart phone, checks the combination of the received push ID and token ID, and redirects the smart phone to the screen after login after the check. ” is disclosed.

Japanese Patent No. 6694542 Japanese Patent Application Laid-Open No. 2020-175230 Japanese Patent No. 6104439

Sleep isn't just about sleeping long hours. How long the deep sleep state lasts is important, and factors that disturb sleep are also important. In particular, Japanese people do not get enough sleep.

In order to take a deep sleep, the time to fall asleep and the environment are also important. On the other hand, in recent years, due to the new corona countermeasures, even companies are recommending remote work.

However, the above-mentioned document and the system using the ring-shaped wearable device are mainly for personal services, and organizations such as companies, groups, and institutions that recommend remote work (remote work is not recommended). However, it was possible to grasp the health condition of these people at a glance.
In addition, even if the sleep deprived person was found, it was not possible to easily suggest what kind of thing and at what timing to get a deep sleep.

Furthermore, even if we were able to make this proposal, even if we were able to get some sleep due to that proposal, we could not quantitatively determine whether or not there was an effect.
Also, in recent years, many sites providing health analysis services have appeared, and it is now fashionable for individuals to receive services from such sites.
However, this service is exclusively for individuals, and there is no service that allows a specific department of a company to grasp at a glance whether or not all employees in all departments are getting good sleep.
The present invention solves these problems.
In other words, the administrator of the organization can grasp the health status of everyone at a glance by simply entering the organization name, administrator name, and analysis period from the terminal without entering the login ID and password individually from the terminal. Obtain a health maintenance information provision system.

A health maintenance information providing system according to the present invention includes a ring-shaped device that is worn on a user's finger and is managed by an organization and that transmits biometric information at regular intervals, a user terminal, and a server of an organization unit biometric information providing site. , a health maintenance information providing system in which an administrator terminal of an administrator of a user in an organization and a server of a biological information analysis site that analyzes the biological information and provides the results thereof are connected by a communication network,
The server of the organizational unit biometric information provision site is
storage means for storing a plurality of pieces of user contract information including at least an organization name, user name, age, sex, organizational unit biological information providing site name, and manager terminal number for each organization name;
The user contract information with the same organization name is specified, and the user name included in the user contract information is generated as the user identification code and the ID code is generated with the organizational unit biometric information providing site name as the domain. means to
As the login ID is generated, a preset common password commonly used by a plurality of users within an organization having the same name is associated with the login ID, and the organization name, user name, and administrator terminal number are associated with the login ID. means for associating and storing in the storage means as common account information;
The common account information is specified, and a set of the login ID and the common password included in the common account information is sent to the biometric information analysis site to the administrator terminal number included in the common account information. a means for transmitting as an account and transmitting to the user terminal managed by the administrator terminal;
The common account information is sequentially specified, the access token is acquired from the biometric information analysis site with the account included in the common account information, and the user name and the user name included in the specified common account information are obtained. means for generating token information associated with an organization name and storing it in the storage means;
Means for sequentially designating the token-in information at each of the predetermined times, reading the biometric information analysis result from the biometric information analysis site in text format using the token-in included in the token-in information, and storing the result in the storage means. When,
means for providing the administrator terminal with a screen format summarizing score values of bioanalysis results in a text format of an organization name to which the administrator terminal belongs for users of the organization. .

As described above, according to the present invention, an administrator of an organization simply enters the organization name, administrator name, and analysis period from the terminal without individually entering the login ID and password from the terminal. You can grasp the health status of your child at a glance. In addition, it is possible to quantitatively grasp whether or not there was an effect.

1 is a schematic configuration diagram of a remote health care system according to an embodiment; FIG. 1 is a perspective view of a ring-type sensor device; FIG. FIG. 4 is an explanatory diagram (1) of waveforms displayed on the terminal of the present embodiment; FIG. 2 is an explanatory diagram (2) of waveforms displayed on the terminal of the present embodiment; FIG. 10 is an explanatory diagram of an advice screen according to the embodiment; FIG. 10 is an explanatory diagram of a data sleep management screen according to the embodiment; FIG. 4 is an explanatory diagram of the level of good quality sleep; 2 is a schematic configuration diagram of a health maintenance information providing system according to Embodiment 2; FIG. FIG. 11 is a sequence diagram (1) of the second embodiment; FIG. 12 is a sequence diagram (2) of the second embodiment; FIG. 13 is a sequence diagram (3) of the second embodiment; FIG. 14 is a sequence diagram (4) of the second embodiment; FIG. 11 is a sequence diagram (5) of the second embodiment; FIG. 11 is a sequence diagram (6) of the second embodiment; 2 is a schematic configuration diagram of an organizational unit information development unit; FIG. FIG. 11 is a diagram (1) of an example of a screen displayed on the management terminal; FIG. 12 is a diagram (2) of an example of a screen displayed on the management terminal; FIG. 13 is a diagram (3) of an example of a screen displayed on the management terminal; FIG. 4 is a diagram (4) of an example of a screen displayed on the management terminal; FIG. 5 is a diagram (5) of an example of a screen displayed on the management terminal; FIG. 6 is a diagram (6) of an example of a screen displayed on the management terminal; FIG. 7 is a diagram (7) of an example of a screen displayed on the management terminal; FIG. 8 is a diagram (8) of an example of a screen displayed on the management terminal;

Health management is important for managing sleep, amount of exercise, body weight, heart rate, and body temperature, and Embodiment 1 will be described as a service system (health maintenance information providing system) that monitors sleep.
<Embodiment 1>
By measuring daily sleep and activity with a ring-shaped sensor device and aggregating the data on the cloud, facilities (hotels, inns, villas, hospitals, nursing homes, schools, residences, etc.) teams, regions, etc. It is possible to find people who have trouble sleeping (collectively referred to as analysis target tissues) and monitor the sleep and activities of each person.

Moreover, the first embodiment uses a ring-shaped sensor device (simply called a ring). Japanese people are said to be the country with the shortest amount of sleep in the world, and it is said that more than 60% of the population suffers from insomnia.

(1) Heart rate during sleep (beats/minute), (2) Breathing rate (beats/minute), (3) Heart rate variability (maximum, minimum, average in milliseconds), (4) Body temperature fluctuation (0.1 degrees) (unit), (5) time to get into bed, (6) time to fall asleep, (7) time to wake up, (8) time to get out of bed, (9) total sleep time, (10) until falling asleep time, (11) sleep efficiency (100%), (12) minimum resting heart rate (ideally, it gradually decreases after falling asleep, decreases most at midnight, and then rises until waking up), (13) sleep Stages (wakefulness, REM, light sleep, deep sleep and their ratios), (14) and daytime activity (number of steps and walking distance, calorie consumption, target calorie and achieved value, daytime movement and activity level ( High, medium, low time and ratio)), etc. can be grasped.

In addition, it is assumed that age, gender, height, weight, etc. are registered from the application.
As the data to be acquired, local weather (atmospheric pressure/temperature, wind force, humidity, presence or absence of rain, pollen, yellow sand, etc.) may be acquired from the outside and analyzed. An embodiment of a health maintenance information providing system will be described below. In this embodiment, remote work will be described.

FIG. 1 is a schematic configuration diagram of a remote health care system according to this embodiment. As shown in FIG. 1, in this embodiment, users Bi (B1, B2, .

A user Bi has a smartphone 10 and a personal computer 20 (collectively referred to as user terminals), and wears a finger ring-shaped linear sensor device 30 (also referred to as a ring).
This ring-shaped sensor device 30 has the shape shown in FIG. 2 and has various sensors on its inner periphery.

Further, as shown in FIG. 1, the service site of this system includes a server 40 (also referred to as a dedicated ring server), a cloud server 50 and the like, which are connected by communication networks 60 and 70 .

The above-mentioned ring-type sensor device 30 lasts for several days with a single charge of about one hour, is extremely small, and is equipped with a high-performance infrared LED sensor, thermistor, accelerometer, heart rate sensor, etc. . These data (also referred to as health analysis detection data) are periodically transmitted to the user terminal (smartphone 10, personal computer 20) by short-range wireless communication. Further, the ring-type sensor device 30 has a plurality of small sensors such as an infrared optical heart rate sensor, a body temperature sensor, and a 3D acceleration sensor arranged inside the main body made of titanium.

The user terminal has an application dedicated to this service (downloaded from 50). When this application icon is selected, health analysis detection data detection processing (included in the application) of the user terminal is activated, and health analysis detection data (also referred to as biometric information BDi) from the ring-shaped sensor device 30 is received. is read and transmitted to the server 40 via the communication network 60 .

The server 40 stores the terminal ID, application code, login ID, password, etc. included in the health analysis detection data (terminal ID, login ID, password, application code, date and time, server ID, various sensor data, etc.). The data is transmitted to the cloud server 50 via the communication network 70, and checked with the user information (name, organization name, age, gender, weight, height, medical history, etc.) stored in advance in the memory to determine whether the user is available. determine what

If it is determined that the user is available, it is transmitted to the corresponding cloud server 50 for analysis. The cloud server 50 receives the health analysis data (biological information BDi) and stores it in memory along with the time. Then, for each predetermined period (3 days, 1 week, 2 weeks, 1 month, 2 months or 3 months), the sleep element level (also referred to as score) for obtaining deep sleep of the biometric information BDi within that period is determined. calculate.

For example, three indexes (sleep score, readiness score, activity score) are calculated for each predetermined period (1 week, 1 month or 2 months). The server 40 receives the analysis data from the cloud server 50 and, as shown in FIG. 3, transmits control data to be displayed as a transition graph on a user terminal or a personal computer of a company or organization (not shown).

At this time, an input screen (including input of age, sex, weight, height, and region) for generating the data sleep management screen shown in FIG. 5 is transmitted to the user terminal. For example, input what time you went to bed and what time you woke up. FIG. 5 shows the data sleep management screen from October 10th to October 16th.

Based on the input data of the data sleeve screen, the analysis data, and the like, the server 40 obtains the time to fall asleep, determines lack of exercise, determines what to eat for dinner before going to bed, etc., and notifies them. For this determination, it is preferable that the person in charge of the site receives advice from the terminals of medical personnel (not shown) via a communication network, and causes the computer to execute processing for reflecting the advice. For example, when the doctor inputs "blue fish" as the food on the screen, the server 40 transmits the blue fish cooking recipe to the user terminal via the cloud.

Figures 3(a), 3(b), and 3(c) are screens displayed on the personal computer, showing the results after eight months. Fig. 3 (a) shows that the sleep score was "65" during the period Fa (waveform Ga) from August to the latter half of December, but it started to rise from the latter half of November, and in the latter half of December (Fb: waveform Gb) indicates an increase to a sleep score of "71". A frame of this screen (sleep element level on the vertical axis, time axis on the horizontal axis) is also called a graph frame.

The server 40 obtains the position on the transition graph for displaying the vector icon Ha indicating that the sleep score has increased from "65" to "71", and obtains the angle based on the vector data and the like. It is displayed as shown in 3(a) (index icon).

This vector data (simply referred to as a vector) is collected in a memory from the user's implementation results for the advice information on the data sleep management screen, and the sleep elements included in the biometric information BDi of this predetermined period are collected every predetermined period. is obtained as a level, and the period between the point at which the change starts and the point at which the change ends for the next predetermined period is obtained.

Then, based on the collected result data of the implementation result, the learning data of the user's sleep factors, and the user information, the level in the next predetermined period is predicted (AI: machine learning). It is preferable to display the prediction result vector as an index icon between the point where this change starts and the point where the change ends. This allows the user to continue following the advice for deep sleep without giving up.

In addition, Figure 3(b) shows that the preparation score was "71" during the period Fc (waveform is Gc) from August to the latter half of November, but started to rise from the latter half of November and started to rise in early January (Fd : The waveform indicates an increase from Gd) to a readiness score of "75" (vector icon Hb indicating an increase).

Furthermore, in FIG. 3(c), the period Fe (waveform is Gf) from early August to mid-October had an activity score of “90”, but from the first half of mid-January (Fg: waveform is Gh), activity The score is "88" (vector icon Hc).

FIG. 4 shows the case where the waveform is smoothed on the server side. Fig. 4(a) shows that the sleep score was "75" during the period Fh (waveform is Ka) from August to late October, but it started to rise from the latter half of October, and in the latter half of December (Kb: waveform is Fi) shows that the sleep score has risen to "81". The server 40 obtains the position on the transition graph for displaying the vector icon Hd indicating that the sleep score has increased from "75" to "81", and obtains the angle based on the vector data and the like. It is displayed as shown in 4(a).

In addition, FIG. 4(b) shows that the sleep score was "76" during the period Fj (waveform is Kd) from early April to late October, but started to rise from early November, late December ( Fk: The waveform indicates a rise from Ke) to a readiness score of "81" (vector icon He indicating rise).

Furthermore, FIG. 4(c) shows that the activity score was “81” during the period FL (waveform Km) from mid-March to early November, but after that (Fm: waveform Ki), the activity score was “81”. (vector icon Hf). That is, it is possible to grasp at a glance whether or not there was an effect by the length and inclination of the vector icon.

FIG. 6 is an explanatory diagram of an example of displaying a list of situations of users specified by the user terminal. However, an athlete is used as an example. This screen is also called a data sleep management panel.
That is, a table is displayed in which data columns Mi (Ma, Mb, . ing.

Therefore, since the data of many users can be viewed in one place, the supervisor can easily grasp many users at a glance. It should be noted that the applicant began using the product in July, and in mid-October, the sleep score improved significantly. Another man also had an increase in score in a little over four months. These three score values sometimes dropped to the 60's when I was not feeling well, but rose to the 70-80's over the course of 3-4 months when I began to sleep well. As shown in FIGS. 7A and 7B, 80 or more indicates good sleep, and 85 or more indicates good quality sleep.

In addition, it can be applied to monitor the sleep of elderly people living alone, to grasp what kind of sleep has been secured in order to improve the learning of children, and to grasp the sleep of pregnant women and the like. It can also be applied to the evaluation of sleep-enhancing products (food, bedding, light sources, music, etc.).

<Embodiment 2>
In the second embodiment, the user of the ring-type sensor device 30 is a soccer player. This example provides sleep information and the like of soccer players in a predetermined format (all players, a predetermined number of players).

FIG. 8 is a schematic configuration diagram of a health maintenance information providing system according to Embodiment 2. As shown in FIG. In the health maintenance information providing system shown in FIG. 8, a soccer player wears a ring-type sensor device 30 on his finger. This ring-shaped sensor device 30 is preferably sent from the service site of this system. However, the communication network 70 of Embodiment 1 will be described as the communication network 60 . Building Ai is a player's apartment.

The ring-shaped sensor device 30 (also referred to as a ring-shaped device) transmits the biometric information BDi to the smartphone at regular intervals (several tens of milliseconds to several hundred milliseconds) by short-range wireless communication. For example, (1) heart rate during sleep (beats/minute), (2) breathing rate (beats/minute), (3) heart rate variability (maximum, minimum, average in milliseconds), (4) body temperature fluctuation ( 0.1 degree unit), and transmit the number of steps, etc.

Although there are multiple soccer players in FIG. Also, although there are multiple teams, it will be explained as one team. Also, although there is an administrator for each team, it will be explained as one administrator. In addition, the doctor is also a soccer team unit, but he explains to the team as one person.

Further, in the second embodiment, a part of the functions of the server 40 (also referred to as a dedicated ring server) is provided on the cloud server 50 side, and an organizational unit biological information providing site is provided between the cloud server 50 and the cloud server 50. do. The organizational unit biometric information providing site (also called BBJ server) has a server (also called BBJ server 100). Based on the biological data detected by the ring, the cloud server 50 measures, for example, daytime and nighttime heart rate, heart rate variation before and after exercise, sleep pattern, number of steps, and blood count. It has a function (means) that can analyze the oxygen concentration.

Further, in Embodiment 2, the site on the side of the cloud server 50 is referred to as a biological information analysis site, and the cloud server 50 is referred to as a biological information analysis server 50).
The BBJ server 100, the biometric information analysis server 50 of the biometric information analysis site, and the soccer player's user terminals (portable personal computer 20, smartphone 10) are connected via a communication network 60 (Internet, dedicated line, etc.).

Furthermore, it is connected to the team manager terminal 77 of the team (organization), the doctor terminal 80 and the like via the communication network 60 . Note that the doctor terminal 80 may be a terminal of a physician, a surgeon, a dentist, or a research institution.
Also, a mouth corner hook 40, which will be described later, is sent from the organization unit biometric information providing site (BBJ server).

The BBJ server 100 (organizational unit biological information providing server) is a platform, and accesses the biological information analysis server 50 for each player on behalf of the team manager to obtain the biological information analysis results (sleep score, . . . ). They are read out and provided (transmitted) to the team manager terminal in a predetermined format. Also, if the access from the doctor's terminal 80 is for a doctor who is permitted by the administrator or the organizational unit biological information providing site, predetermined biological information analysis result information KBi is formatted and provided (transmitted) to the doctor's terminal 80 .

(BBJ server 100 (organizational unit biological information providing server))
As shown in FIG. 8, the BBJ server 100 has at least software (programs) such as a common account generation unit 110, a token-in/biometric information acquisition unit 120, and an organizational unit biometric information expansion unit .

The common account generation unit 110 groups team contract information Di having the same team name Ei among a plurality of pieces of team contract information Di, which will be described later. Then, the organizational unit biometric information providing site name (BBJ) is set as a domain (specifically, explained in sequence) for each group.
Also, team contract information Di is specified for each group, and a login ID is generated by using the user name included in this team contract information Di as a user identification code (user part of email).

Then, along with the generation of this login ID, a preset common password commonly used by a plurality of players in the same team is associated with the login ID, and the team name, player name, and manager terminal number are associated with each other for common use. It is stored as account information in the common account memory.

Furthermore, this common account information is specified, and biometric information analysis is performed on a set of a login ID (e-mail address) and a common password included in the common account information to the administrator terminal number included in this common account information. It is transmitted as an account to the site and transmitted to the player's smart phone managed by the administrator terminal 77 .

The token-in/biological information acquisition unit 120 designates the common account information DNi, receives the access token-in from the biological information analysis site (server) with the account included in the common account information DNi, and obtains the designated common account information. Token-in information relating the player name and team name contained in the DNi is generated and stored in the token-in memory.

Then, every time the timer reaches the team biological information acquisition time group MTi (5:00, 8:00, 11:00, 14:00, 17:00, 20:00, 23:00: unit acquisition time mti) (5:00, 6:00) ), the access token included in the token information is used to receive the biometric information analysis result from the biometric information analysis site and store it in the biometric information analysis result memory.

In response to a request from the administrator terminal 77, the organization unit biological information expansion unit 130 reads out the biological information analysis result of the organization name (JASON), converts it into a predetermined format associated with the player name, and sends it to the administrator terminal ( supervisor, doctor).

(Biological information analysis server 50 of biological information analysis site)
An outline of the biometric information analysis site will be explained. The sleep score uses indicators such as total sleep time, sleep efficiency, and sleep latency.

For example, it analyzes sleep by measuring heart rate, pulse strength, body surface temperature, and movement dynamics. These measurements are combined to produce detailed analysis results.

9 to 14 are sequence diagrams explaining the overall motion of the second embodiment.
As shown in FIG. 9, the organizational unit biometric information providing site (BBJ) and the team make an order contract for the ring-type sensor device 30 (d1).

Specifically, the person in charge (administrator) of the team (team name E1, E2, . Access to register team contract information Di (also called user contract information) such as team name Ei, team address, player information Pi, number of contracted ring devices LKi, registration date, administrator information ADi (also called user contract information) via communication network 60 do. When there are multiple team names Ei, there are multiple team contract information Di.

The player information Pi consists of team name Ei, player name, player address, telephone number, e-mail address, gender, age, position, and the like.
Administrator information ADi includes team name Ei, phone number, email address, job category (supervisor, coach, manager, etc.), team doctor information, usage period (for example, October 1, 2021 to October 1, 2022) , team biometric information acquisition time group MTi, and the like.

The aforementioned team biological information acquisition time group MTi (5:00 am, 8:00 am, 11:00 am, 14:00 pm, 17:00 pm, 20:00 pm, 23:00 pm for the team name Ei) is the biological information acquired by the ring worn by the player. This is the time for acquiring the biometric information analysis result information KBi based on BDi from the biometric information analysis site, and may differ for each team. Note that the team biometric information acquisition time group MTi may differ even in sports other than soccer. In addition, the team biometric information acquisition time group MTi may differ in transportation industry, nursing care facility, medical institution, school, area (within a town), and the like.

Specifically, in the case of a soccer team, the team biometric information acquisition time group MTi is preferably 5:00, 8:00, 11:00, 14:00, 17:00, 20:00, and 23:00.
The team biometric information acquisition time group MTi (5:00, 8:00, 11:00, 14:00, 17:00, 20:00, 23:00 for the team name Ei) may be determined in advance by the BBJ site.
The BBJ server 100 receives the aforementioned team contract information Di (D1, D2, . . . ) and stores it in the team contract information memory 152 (d3).

The person in charge of the BBJ site operates a person-in-charge terminal (not shown) to retrieve the player information Pi (team name Ei, player name, player address, phone number, email address, gender, etc.) included in the team contract information Di. , age, position) to obtain the size and color of the ring (d5a to d5i).

It is preferable to obtain the size and color by sending a plurality of types of ring types to the players and asking them by e-mail or the like.

Then, the person in charge of the BBJ site operates a person in charge terminal (not shown) to send the ring order information ODi (BBJ site name, BBJ site address, ring size, color, number of rings, etc.) to the biological information analysis server 50. , order date, BBJ site phone number, e-mail address, . . . ) are transmitted (d7).

The person in charge of the biological information analysis site ships the ring based on the ring order information ODi to the BBJ site (d9).
The person in charge of the BBJ site receives the ring, checks its operation (d11), and registers it in the ring registration information memory 153 as ring registration information LDi (d12, 13).

The ring registration information LDi includes team name Ei, team code, player information Pi, ring information (ring number, color, size, registration date, manufacturer information, etc.), ring order information number, and the like.

In addition, the common account generation unit 110 of the BBJ server 100 generates common account information DNi (also called intra-organizational user common account information) (d15).
(Common account information generation process (d15))
The common account information DNi is generated by reading (also referred to as designation) team contract information Di (team name Ei, player information Pi, number of contract ring devices LKi, registration date, administrator information ADi, etc.) in the team contract information memory 152 . . Then, the contract ring device number LKi included in the team contract information Di is read.

Then, common accounts Ci for the number of contracted ring devices LKi are generated. This common account Ci is, for example,
A set of “ouraling0001@bbjpn.com” and “oura1oura2”, or a set of “ouraling0002@bbjpn.com” and “oura1oura2”, .

The user name of "ouraling0001" before the @ and the domain of "bbjpn.com" after the @ are used as a set of the common account Ci.
This common account Ci is used by the player as a login code to the biometric information analysis site (server) at the time of login.

Then, the player information Pi included in the designated team contract information Di (team name Ei, player information Pi, number of contract ring devices LKi, registration date, administrator information ADi, etc.) is read from the team contract information memory 152. , the common account Ci is sequentially read.

Then, in the read player information Pi (team name Ei, player name, player address, phone number, e-mail address, gender, age, position, . Registration information LDi (a ring registration information number may be used) and the like are related. At this time, the designated team contract information Di is associated (a team contract information number may be used: a unique code).

Common account Ci, designated team contract information Di, ring registration information LDi (team name Ei, team code, player information Pi, ring information (ring number, color, size, registration date, manufacturer information, etc.), ring order information number, etc.) is referred to as common account information DNi and stored in the common account information memory 154 (d17).

Then, the contents of the common account information DNi in the common account information memory 154 are transmitted to the administrator terminal 77 via the communication network 60 (d19).
Specifically, it is preferable to transmit by accessing from the administrator terminal 77 . The common account information DNi of the administrator terminal 77 is transmitted by a list (also referred to as a common account list LDi) in which the team name Ei, the player name, the usage period, the common account Ci, the common account information number, etc. are grouped. ) is preferred.

The processing up to this point is the common account information generation processing.
On the other hand, the manager of the team operates the manager terminal 70 to display the common account list LDi on the screen, and the common account Ci associated with the player name described in each common account information DNi (for example, ""ouraling0003@bbjpn.com" and "oura1oura2") are sent to the player's name user terminal (d21a, d21b, . . . d21i).

Therefore, the players can safely use it as a login code because it is sent from the manager of their own team.
This transmission may be made by SMS or E-mail. Write the phone number and email address of the smartphone in the record of the common account list LDi and provide it, and select this phone number or email address to display the send screen (with send button) of the common account Ci. is preferred.

In addition, the person in charge of the BBJ site sends the ring to the player by home delivery or the like after the inspection registration (d23a, . . . 23i).
As soon as the ring arrives, the player operates the smartphone to perform initial settings such as pairing (d25a, . . . 25i).
Next, the token-in acquiring process of the token-in/biological information acquiring unit 120 will be described with reference to FIG. 10 .

(Token acquisition process (d50))
In the token acquisition process (d50), as shown in FIG. 10, common account information DNi in the common account information memory 154 is assigned (d52).
Then, this common account information DNi is designated (also called read) (d56).
Then, the common account Ci included in this common account information DNi is read (d58), and token-in issue request information TASi is generated (d60).

This token issuance request information TASi is the common account Ci included in the common account information DNi (for example, ouraling0002@bbjpn.com" and "oura1oura2", or "ouraling0003@bbjpn.com" and "oura1oura2", . . .・) are sequentially read, and an access token issuance request code and year, month, day, and time are added and generated.

Then, this access token issue request information TASi (common account Ci, access token issue request code, date and time, . . . ) is transmitted to the health analysis server 50 via the communication network 60 (d62).

Upon receiving this access token-in issue request information TASi, the health analysis server 50 of the health analysis site transmits access token-in issue request information TASi (common account Ci, access token-issue request code, date and time, . . . ). The user part (for example, oraling0002) of the common account Ci is sent to the domain (BBJ site) of the common account Ci included in the user confirmation, and after confirmation, the analysis items (sleep, preparation, activity, ), and this analysis item is stored in association with the access token issue request information TASi (not shown).

The health analysis server 50 of the health analysis site stores token-in TAi ( SCP/Ih...)...), and the generated token TAi (SCP/Ih...)...) has a common account Ci, an access token issuance request code, issuance date and time, access It generates access token-in information TALi to which token-in issue request information TASi (a number may be used) or the like is added, and transmits it to the BBJ server 100 (d64).

The token-in/biological information acquisition unit 120 of the BBJ server 100 acquires access token-in information TALi (common account Ci, access token issuance request code, issue date and time, token-in TAi (SCP/Ih...: unique code ) . . . ) is received, it is determined whether or not the common account information DNi having the common account Ci (for example, ouraling0002I@bbjpn.com) included therein exists in the common account information memory 154; If it exists, the received token TAi (SCP/Ih...: unique code)...) and the date of the timer calendar are added to the team name Ei and player name included in this common account information DNi. BBJ side token management information BTAi associated with date and time is generated (d66).

Then, this BBJ side token management information BTAi is stored in the token management memory 158 (d68).
Then, it is determined whether or not the common account information DNi (team contract information Di designated as the common account Ci) exists in the common account information memory 154 (d69).

If it exists, then the common account information DNi is updated and the process moves to d56 (d70). In other words, the BBJ site acquires access tokens for each team and for each player.
The processing up to this point is the access token acquisition processing. Next, the sequence for transmitting the biological information of the ring to the health analysis site will be described with reference to FIG.

<Ring→Health Analysis Site>
FIG. 11 is a sequence diagram when the biological information detected by the ring is transmitted to the health analysis site.
As shown in FIG. 11, the controller (not shown: computer) of the ring-shaped sensor device 30 controls the biological data acquisition time (for example, 50 msec, 100 mm sec, . ) is monitored (d90). Specifically, it is based on a circuit that determines a fixed time based on the output of a pulse that is output at fixed time intervals.

When it is determined that the time is the fixed time, biological data (biological information) such as heart rate and body temperature obtained by the internal sensor are acquired (d92), and this biological data is stored in the internal memory (d94). For example, 3 days, 7 days, and 10 days are stored.

On the other hand, the player operates the smartphone 10 to turn on the biometric information acquisition application (not shown: application icon) (touch the application icon) (d96).
When the biometric information acquisition application (not shown: application icon) is turned on, the smartphone 10 performs communication (short-range wireless communication) with the ring-type sensor device 30 (ring) to obtain biometric data (biometric information: player side Also called detection information Pgi) is acquired (d98a, . . . d98i).

Then, this player side detection information Pgi is transmitted to the health management site via the communication network 60 (Internet protocol) (d102a, . . . , d102i). Every time the server of the health analysis site receives player side detection information Pgi (biological data (biological information: including ring number, date and time)), it stores it in memory (d100a, . . . 100i).
On the other hand, the token-in/biological information acquisition unit 120 of the BBJ server 100 is performing biometric information acquisition processing.

Biometric information acquisition processing will be described with reference to FIG. 12 .
(Biological information acquisition process (d110))
The biometric information acquisition process (d110) performs batch processing described below.
The biometric information acquisition process of the token/biometric information acquisition unit 120 designates the common account information DNi (common account Ci, usage period . . . ) in the common account information memory 154 (d112).

Then, the team contract information Di of the team contract information number included in the common account information DNi is read from the team contract information memory 152, and the team biometric information acquisition time group MTi (5 a.m.) included in the team contract information Di is read. hour, 8:00, 11:00, 14:00, 17:00, 20:00, 23:00) are read (d114).
Then, it is determined whether or not there is a unit acquisition time mti that matches the current time of the calendar timer (d116).

Specifically, specify any unit acquisition time mti in team biometric information acquisition time group MTi (5:00, 8:00, 11:00, 14:00, 17:00, 20:00, 23:00: unit acquisition time mti) and is compared with the specified unit acquisition time mti. Then, it is determined whether the specified unit acquisition time mti (5:00, 8:00, 11:00, 14:00, 17:00, 20:00 or 23:00) matches the current time.

If they match, it is determined that there is a unit acquisition time mti that matches the current time of the calendar timer (not shown).
If the current time does not match, it is updated to the next unit acquisition time and the process returns to d114 (d118).

Then, if there is a unit acquisition time mti that matches the current time of the calendar timer, the team contract information Di (D1, D2, . . . : team name Ei, team address, player information Pi, contract ring The common account information DNi having the number of devices LKi, the registration date, and the team name Ei of the administrator information ADi) is read from the common account memory 154 (d120).

Common account Ci (for example, , ouraling0002I@bbjpn.com), BBJ side token management information BTAi (common account Ci and specified team contract information Di (may be team contract information number), player information Pi (may be player information number), ring registration information LDi, . . . ), usage period .

Then, the token-in TAi included in the token-in management information BTAi on the BBJ side is transmitted to the health analysis server 50 via the communication network 60 (d126).
On the other hand, each time the health analysis server 50 receives the token-in TAi, it stores it in memory and sends the player's biometric information BDi (token-in, date) associated with the token-in TAi to the BBJ server 100 The time, analysis site name, analysis result (sleep), . . . ) are sent to the BBJ server 100 (d133).

On the other hand, the BBJ server 100 determines whether there is another common account information DNi in the memory 154 (d138).
If there is any other account information, update it to the next common account information DNi and return the process to d112 (d140).
Then, as shown in FIG. 13, it is determined whether there is another team name Ei (d152), and if there is another, the process returns to d112 (d152).

If there is no other team name Ei, biometric information development processing (d160) shown in FIG. 14 is performed.
(Biological information expansion process (d160))
In biometric information expansion processing, biometric information request information YMbi (team name Ei, administrator name, request code, date and time, request period (for example, one week), client code, etc.) is received from the administrator terminal 77. to start if

The administrator terminal 77 accesses the BBJ site and opens a biometric information request screen (not shown: BBJ site name, administrator name input field, biometric information item field, period, match venue information, send button, etc.). , biometric information request information YMbi (team name Ei, team manager name, request code, date and time, client code . . . ) to the BBJ site (d162).

The BBJ server 100 of the BBJ site receives this biometric information request information YMbi (BBJ site name, administrator name input field, biometric information item field, request period, match venue information, send button, date and time, etc.). It is stored in the biometric information request information memory 163 (d164).
Then, it is determined whether or not the manager name of the biometric information request information YMbi in the biometric information request information memory 163 is permitted by the team (d166).

If permitted, the team included in the biometric information request information YMbi (team name Ei, system administrator name, request code, date and time, request period (for example, one week), client code...) All BBJ-side token-in management information BTAi (common account Ci, team contract information Di, . . . ) of token-in management memory 158 having name Ei (administrator name or both) are specified (d168). . In other words, it is specified on a team-by-team basis.

Then, the BBJ side expansion processing described below is performed. The BBJ side development processing will be described with reference to the schematic block diagram of FIG.
As shown in FIG. 15, the reader 132 sequentially designates the BBJ-side token-in management information BTAi stored in the token-management memory 158, and for each designation, the token-in TAi contained therein is read. The biometric information BDi (talk-in, date, time, analysis site name, analysis result (sleep), . . . ) in the player biometric information memory 160 (not shown) is specified (d172).

Then, the reading unit 132 reads this in the JASON format (text) (d170), and stores it in the BBJ-side format biometric information management memory 165 (d174).
In this embodiment, the BBJ-side format biometric information FBi (team contract information Di, player information Pi, number of contract ring devices LKi, registration date, administrator information ADi, common account Ci, period of use, token-in TAi) called.

Then, the team management table development unit 136 generates a team unit management table TBi and the like based on this BBJ-side format biometric information FBi (d176), and stores them in the development information memory 170 (171, 172, . . . ). . This team unit management table TBi will be described later. It should be noted that the team management table expansion unit 136 uses the memory 171 as a working memory.

Then, this team unit management table TBi is transmitted to the team manager terminal 77 and displayed (d180, d181).
Also, access the weather site and enter the biometric information request information YMbi ((BBJ site name, administrator name input field, biometric information item field, request period (for example, for one week: ○ month 〇 day to 〇 month 〇 day), Match venue information (match date, start date and time, match time, address), send button, date and time, client code, etc.) For example, weather environment information (weather, temperature, wind, humidity, air pressure, etc.) is acquired (d182), a team unit management table TBi is generated by combining these weather environment information, and is transmitted to the administrator terminal 77 for display (d184, d185).

Next, the tissue unit biometric information expansion unit 130 will be described with reference to FIG. 15 .
(Details of the team management table expansion unit 136)
As shown in FIG. 15, the team management table development unit 136 included in the organization unit biological information development unit 130 has a form memory storing various forms (team unit collective form) to be provided to the administrator terminal 77. 140.

The team management table expansion unit 136 creates a batch table for each team in the biometric information request information YMbi (team name Ei, manager name, request code, date and time, request period (for example, one week), client code...). If the code is included, the batch form for each team (see FIG. 16) in form memory 140 is read.

Then, the BBJ-side formatted biometric information FBi for the requested period is grouped, and the items based on the above-mentioned team unit batch form are selected from the BBJ-side formatted biometric information FBi stored in the BBJ-side formatted biometric information management memory 165. Data is read to generate a team unit data table TBi (also referred to as a data management panel) shown in FIG.

Specifically, among the BBJ-side format biometric information FBi in the BBJ-side format biometric information management memory 165, those with the same team name within the request period are grouped. Then, within these, the sleep score is averaged, the readiness score is averaged, and the activity score is averaged.

Also, among the BBJ-side format biometric information FBi having the same team name, the player names are ranked in descending order of the sum of the sleep score, preparation score, and activity score (balance score).
Then, this player name is associated with the sleep score, readiness score, and activity score associated with this player name. Furthermore, detailed data of the player's biological information BDi included in the BBJ-side format biological information FBi that is the basis of the sleep score, preparation score, and activity score (for example, average breathing, average heart rate, resting heart rate, average Body temperature, balance score (activity, resting heart rate, heart rate variability, resilience, sleep time, awakening time, REM, light sleep, deep sleep, bed time, sleep efficacy, walking distance, etc. are related. However, The average respiration, average heart rate, etc. are described as "0" or "0.0" in the detailed data column Fe of FIG. , is described as "0" or "0.0" in the sense that the value is not described.

<Weather, etc.: Details of d184 and d185>
The team management table expansion unit 136 stores the BBJ-side format biometric information FBi (team contract information Di designated as the common account Ci (may be team contract information number)), player information Pi (may be player information number), and ring registration. Information LDi (team name Ei, team code, player information Pi, ring information (ring number, color, size, registration date, manufacturer information, etc.), ring order information number, etc.), number of contracted ring devices LKi, registration date, management User information ADi, common account Ci, period of use . Get the weather for about a week before and after from the weather site, etc., and associate it.

That is, as shown in FIG. 16, a team unit data table including team score box Fa, weather box Fb, calendar box Fc, player table Fd, etc. is generated.
The team score box Fa consists of a team average sleep value box Fa1, a team average preparation value box Fa2, a team average activity value box Fa3, and so on. The weather box Fb is composed of weather boxes Fb1, Fb2, . . . Fb6 for six days.

The player table Fd includes a player name column Fd1, a sleep score column Fd2, a preparation score column Fd3, an activity score column Fd4, a detailed data column Fe, and the like.
The value in the team average sleep value box Fa1 described above is the average of the sleep score values in the sleep score field Fd2 for each player. The value of the team's average preparation value box Fa2 is the average of the preparation score values in the preparation score column Fd3 of each player.

The value in the average activity value box Fa3 of the team is the average of the activity values in the activity value score field Fd4 for each player name. The team average activity value box Fa3 in FIG. 16 is an example of averaging the values of Fd4 (activity) of each player.
Also, in this example, average respiration, average heart rate, and so on are written in the detailed data column Fe.
Furthermore, a sleep score table TSai is generated (sleep score table generation process).

<Sleep score table generation processing>
The sleep score table generation processing of the team management table expansion unit 136 is divided into a "bad sleep" group and a "good sleep" group. Your sleep score is based on your heart rate, how long you've been awake or not, and your sleep stages.
Then, the collective sleep confirmation table generation process for the team and the sleep confirmation table generation process for each player are performed.

<Team Batch Sleep Confirmation Table Generation Processing>
The collective team sleep confirmation table generation process reads biometric information request information YMbi (team name Ei, administrator name, request code, date and time, request period (for example, one week), client code . . . ).

In the case of team collective sleep confirmation, the request period is one day, for example October 1, 2021. Of course, it may be 3 days, 1 week, or 10 days, but in this embodiment, it is set to 1 day.
The biometric information request information YMbi (team name Ei, administrator name, request code, date and time, request period (for example, one week), client code, etc.) includes a "batch sleep confirmation" code. If so, group all the BBJ-side format biometric information FBi for the requested period (for example, October 1, 2021) by player name.

Then, the request included in the biometric information request information YMbi (team name Ei, administrator name, request code, date and time, request period (eg, October 1, 2021), client code, etc.) The sleep score of the BBJ-side format biometric information FBi of the player name for the period (for example, October 1, 2021) is averaged. Specifically, before bedtime awakening time SPa (elapsed time until going to bed), bedtime SPd, midway awakening time SPc (elapsed time after leaving or waking up), before wakeup awakening time SPd ( Elapsed time required to wake up) are averaged for each.

Then, the BBJ-side biometric information FBi of these player names is arranged in chronological order, written in a collective team sleep diary table form (not shown), and stored in a memory (not shown) as whole team sleep data. This team-wide sleep data is transmitted to the administrator terminal 77 and displayed on the screen as shown in FIG. As shown in FIG. 17, it is recorded in units of year, month, day (day of the week). The manager can grasp at a glance who in the team is in what situation by looking at this screen.
Also, the manager can grasp bad sleep or good sleep for each player.

(Bad sleep example: Bad sleep example)
FIG. 18 is a screen shot of an example of bad sleep. In the example of bad sleep shown in FIG. 18, the sleep start times are different, and the wake-up times are also different. Note that the vertical line La in FIG. 18 is the average of the bedtime start times (pre-bedtime awakening time SPa: elapsed time until bedtime). The vertical line Lb is the wake-up time (pre-wake-up wake-up time SPd: elapsed time required for wake-up).

Specifically, the biometric information request information YMbi (team name Ei, administrator name, request code, date and time, request period (for example, one week), client code, etc.) includes a "bad sleep" code. If so, all the BBJ-side format biometric information FBi for the requested period are grouped by player name.

Then, the sleep scores of the BBJ-side format biometric information FBi (the common account Ci and the designated team contract information Di grouped by player name are averaged.
Then, all BBJ-side format biometric information FBi of player names having sleep scores below a preset bad sleep score (for example, 65) are assigned as "bad sleep" data (one person in this embodiment).

Then, the BBJ-side format biometric information FBi is arranged in chronological order, written in the sleep diary table form, and stored in the bad sleep memory 172a as "bad sleep" data.
This "bad sleep" data is transmitted to the administrator terminal and displayed on the screen as shown in FIG.
As shown in FIG. 18, it is recorded in units of year, month, day (day of the week). FIG. 18 is a screen shot of an example of bad sleep. In the example of bad sleep shown in FIG. 18, the sleep start times are different, and the wake-up times are also different.

Note that the vertical line La in FIG. 18 is the average of the bedtime start times (pre-bedtime awakening time SPa: elapsed time until bedtime). The vertical line Lb is the wake-up time (pre-wake-up wake-up time SPd: elapsed time required for wake-up).

(good sleep)
On the other hand, for good sleep, all BBJ-side format biometric information FBi of player names with sleep scores equal to or higher than a preset good sleep score (for example, 66) are assigned as "good sleep" data (in this embodiment, one person ).

Then, the BBJ-side format biometric information FBi is arranged in chronological order, written in the sleep diary table form, and stored in the good sleep memory 172b as "good sleep" data. This "good sleep" data is transmitted to the administrator terminal and displayed on the screen as shown in FIG.
As shown in FIG. 19, it is recorded in units of year, month, day (day of the week). As shown in FIG. 19, in the example of good sleep, the sleep start times are almost the same, and the wake-up times are almost the same.

Therefore, if the administrator is a doctor, by comparing the display screens of the team's good sleep and bad sleep, it is possible to analyze that there is some kind of abnormality in the bad sleep. Also, if the administrator is a manager or a coach, it can also determine whether or not the player is suitable for the game on the day.
It also performs preparation score table generation processing, activity score table generation processing, and the like.

<Preparation score table generation processing>
In the preparation score table generation process, the analysis range (for example, October 1, 2021 to October 10, 2021) player biometric information list MbLi (team name Ei, token, date and time, Analysis site name, analysis result (for example, sleep score), raw data...: JASON) are all averaged and associated with the designated player biometric information list MbLi. Specifically, it consists of a player biometric information list name (MbL1), an average preparation score value, a period, a player name, and the like.

<Activity score table generation processing>
The activity score table generation process includes all activity scores in the player biometric information list MbLi (team name Ei, talk-in, date and time, analysis site name, analysis result (for example, sleep score), raw data...: JASON). are averaged and associated with the designated player biometric information list MbLi. Specifically, it consists of a player biometric information list name (MbL1), an activity score value, a period, a player name, and the like.

<Other embodiments>
In the above embodiment, the BBJ server stores the access token, name, and team name Ei in association with each other, but as shown in FIG.

20(b) is placed in the mouth to enhance the plaque, the mouth is opened with the oral cavity 40, and this is photographed with a camera (smartphone: not shown). may be stored in association with access tokens, names (player names), and organization names (collectively referred to as tooth image information).

Then, this tooth image information and ecological information are combined into a set (see FIG. 21), for example, and sent to a research institution such as sleep or a dentist terminal as data associated with an organization name, a name, a token, etc. for research. It may be used for analysis, diagnosis, prevention, and the like.

Fig. 21(a) shows an example of emphasizing plaque by adding a plaque enhancing agent, and Fig. 21(b) shows the outline of teeth obtained by binarizing an image taken with a camera (smartphone: not shown). This is an example.
FIG. 21(c) is an example of binarizing and emphasizing the white portion in the outline of the tooth, and FIG. 21(d) is an example of emphasizing the plaque portion (plaque enhancement agent: red). be.

Based on these image data, the area ratio of the plaque portion (plaque enhancing agent: red) was found to be 36.9% when determined by the pixel area ratio.
In addition, the organization unit biological information development unit 130 reads all the biological information having the team name included in the player biological information list MbLi (analysis period), and plots the preparation score on the vertical axis and the sleep score on the horizontal axis. You may expand|deploy to a table|surface (refer FIG. 22).

Further, as shown in FIG. 23, the administrator terminal may display the average values (sleep average, preparation average, activity average) for each position (GK, DF, MF, FW) in a summarized form.

Therefore, the manager of the soccer team can grasp the health status of all members at a glance by simply requesting the health status of the team from the BBJ site without having to individually enter the login ID and password from the terminal. .

10 smart phone 20 personal computer 30 ring-shaped linear sensor device 40 server 50 cloud server 110 common account generation unit 120 token-in/biological information acquisition unit 130 organizational unit biological information expansion unit

Claims (7)

Management of a ring-shaped device that is worn on the finger of a user managed by an organization and that transmits biometric information at regular intervals, a user terminal, a server of an organization unit biometric information provision site, and an administrator of users within the organization A health maintenance information providing system in which a user terminal and a server of a biological information analysis site that analyzes the biological information and provides the results are connected via a communication network,
The server of the organizational unit biometric information provision site is
storage means for storing a plurality of pieces of user contract information including at least an organization name, user name, age, sex, organizational unit biological information providing site name, and manager terminal number for each organization name;
The user contract information with the same organization name is specified, and the user name included in the user contract information is generated as the user identification code and the ID code is generated with the organizational unit biometric information providing site name as the domain. means to
As the login ID is generated, a preset common password commonly used by a plurality of users within an organization having the same name is associated with the login ID, and the organization name, user name, and administrator terminal number are associated with the login ID. means for associating and storing in the storage means as common account information;
The common account information is specified, and a set of the login ID and the common password included in the common account information is sent to the biometric information analysis site to the administrator terminal number included in the common account information. a means for transmitting as an account and transmitting to the user terminal managed by the administrator terminal;
The common account information is sequentially specified, the access token is acquired from the biometric information analysis site with the account included in the common account information, and the user name and the user name included in the specified common account information are obtained. means for generating token information associated with an organization name and storing it in the storage means;
Means for sequentially designating the token-in information at each of the predetermined times, reading the biometric information analysis result from the biometric information analysis site in text format using the token-in included in the token-in information, and storing the result in the storage means. When,
means for providing the administrator terminal with a screen format summarizing score values of bioanalysis results in a text format of an organization name to which the administrator terminal belongs for users of the organization. Health maintenance information provision system. The server of the biometric information analysis site associates the account information with the photographed image of the user's teeth and stores the account information in a storage means,
2. The health maintenance information providing system according to claim 1, further comprising means for transmitting a photographed tooth image associated with said account information to a requesting terminal upon receipt of said token-in or said account. The user terminal is
means for connecting to the ring-shaped device by short-range wireless and transmitting detection data of the ring-shaped device to the server of the biological information analysis site over the communication network;
The biological information analysis site is
It is characterized by having means for receiving detection data of the ring-shaped device from the user terminal, analyzing the biometric information, and transmitting the corresponding biometric information analysis result to the user terminal upon request from the user terminal. 3. The health maintenance information providing system according to claim 1 or 2. The score value of the bioanalysis result is
2. The health maintenance information providing system according to claim 1, wherein the sleep score value, readiness score value, and activity score value are provided. The server of the organizational unit biological information providing site accesses the server of the site that provides the weather information of the area where the user is currently located or the area requested by the administrator, 2. The health maintenance information providing system according to claim 1, further comprising means for transmitting to a user terminal. The server of the organizational unit biometric information providing site,
a graph frame in which the vertical axis is the sleep element level and the horizontal axis is the time axis;
For each predetermined period, the average of the detected values of the sleep elements included in the biometric information for the predetermined period is obtained as the level, and the point at which the change starts and the point at which the change ends for the next predetermined period is determined. a means for determining a period of time;
Means for predicting the level in the next predetermined period based on the collection result data of the implementation result, the learning data of the sleep elements of the user, and the user information;
means for displaying a prediction result vector as the indicator icon on the terminal between the point where the change starts and the point where the change ends;
The health maintenance information providing system according to claim 1, characterized by comprising: A health maintenance information provision program,
the computer,
storage means for storing at least a plurality of pieces of user contract information including an organization name, user name, age, gender, organizational unit biometric information providing site name, and administrator terminal number for each organization name;
The user contract information with the same organization name is specified, and the user name included in the user contract information is generated as the user identification code and the ID code is generated with the organizational unit biometric information providing site name as the domain. means to
As the login ID is generated, a preset common password commonly used by a plurality of users within an organization having the same name is associated with the login ID, and the organization name, user name, and administrator terminal number are associated with the login ID. means for associating and storing in the storage means as common account information;
The common account information is specified, and a set of the login ID and the common password included in the common account information is sent to the biometric information analysis site to the administrator terminal number included in the common account information. A means to send as an account and send to the user terminal managed by the administrator terminal,
The common account information is sequentially specified, the access token is acquired from the biometric information analysis site with the account included in the common account information, and the user name and the user name included in the specified common account information are obtained. means for generating token information associated with an organization name and storing it in the storage means;
Means for sequentially designating the token-in information at each of the predetermined times, reading the biometric information analysis result from the biometric information analysis site in text format using the token-in included in the token-in information, and storing the result in the storage means. ,
Health maintenance information for causing the administrator terminal to execute a function as a means for providing the score value of the bioanalysis result in the text format of the organization name to which the administrator terminal belongs in a screen format summarizing for the users of the organization offered program.

Images