JP2021117774A - Biological information data sharing system - Google Patents

Abstract

To provide a biological information data sharing system that allows only a facility to which a user preliminarily permits data disclosure to browse biological information data of the user.SOLUTION: In a biological information data sharing system, a cloud server 400 includes: a biological information storage section 421 that receives biological information data of a user from a communication terminal of the user and stores the data for each user; a disclosure facility information storage section 422 that receives disclosure facility information on a facility to which the user of the communication terminal permits disclosure of his/her biological information data from the communication terminal and stores the information for each user; a data extraction section 430 that refers to the disclosure facility information storage section 422 and extracts the biological information data of the user who permits the facility of a terminal for the facility to disclose the biological information data from the biological information storage section 421 when receiving an access request from the terminal for the facility; an access processing section 450 that presents the extracted biological information data to the terminal for the facility.SELECTED DRAWING: Figure 9

Description

The present invention relates to a biological information data sharing system.

In order to manage the health of patients, a telemedicine system that measures biological information data such as the patient's blood glucose level and automatically sends the measured biological information data to a server installed in a medical institution or the like is disclosed. (Patent Document 1). According to the telemedicine system disclosed in Patent Document 1, it is possible to manage the biometric information data of the user stored in the server and perform telemedicine or the like utilizing the stored data.

Japanese Unexamined Patent Publication No. 2006-21031

In recent years, cloud services that aggregate a large amount of data on a cloud server and effectively utilize the aggregated data have been developed. In the medical field as well, it is expected that a large amount of user (patient) biometric information data will be aggregated in the cloud and the aggregated biometric information data will be used for telemedicine, health management, medical research, and the like.

On the other hand, the user who provided the biometric information data of the user may not know how the provided biometric data is handled after the biometric information data is provided. In addition, biological information has a strong connection with an individual and is often unique data representing the characteristics of an individual. Therefore, it is not preferable that the biometric information data is used in an unexpected or unintended place of the user from the viewpoint of privacy and protection of personal information.

An object of the present disclosure is to provide a biometric information data sharing system capable of viewing a user's biometric information data only to facilities for which the user has previously permitted data disclosure.

In order to achieve the above object, the server according to one aspect of the present invention is
A biometric information storage unit that receives the user's biometric information data obtained by the biometric information measuring device from the communication terminal of the user who acquired the biometric information data from the biometric information measuring device and stores it for each user.
A disclosure facility information storage unit that receives disclosure facility information about a facility that allows the user of the communication terminal to disclose his / her own biometric information data from the communication terminal and stores it for each user.
When there is an access request from the facility terminal, the disclosure facility information storage unit is referred to, and the biometric information data of the user who is permitted to disclose the biometric information data to the facility of the facility terminal is stored in the biometric information storage. The data extraction unit that extracts from the unit and the data extraction unit
It includes an access processing unit that presents the biometric information data extracted by the data extraction unit to the facility terminal.

According to the above configuration, the biometric information data of the user can be browsed only to the facilities for which the user himself has permitted the data disclosure in advance.

It is a figure which shows the schematic structure of the biological information data sharing system. It is a block diagram which shows the functional schematic structure of the blood glucose meter. It is a figure which shows an example of the blood glucose meter. It is a block diagram which shows the functional schematic structure of a smartphone. It is a schematic diagram which shows an example of the screen of the blood glucose level management application. It is a schematic diagram which shows an example of the screen which selects the image to be read into the blood glucose level management application. It is a schematic diagram which shows an example of the screen of the blood glucose level management application. It is a schematic diagram which shows an example of the screen for registering a disclosure facility. It is a schematic diagram which shows an example of the screen for registering a disclosure facility. It is a schematic diagram which shows an example of the screen for registering a disclosure facility. It is a schematic diagram which shows an example of the screen for registering a disclosure facility. It is a figure which shows an example of the personal information of a patient. It is a block diagram which shows the functional schematic structure of a cloud server. It is a schematic diagram which shows an example of the biometric information data which can be browsed by a hospital terminal 300.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. The same or corresponding parts in the drawings are designated by the same reference numerals, and the description thereof will not be repeated.

FIG. 1 is a diagram showing a schematic configuration of a biological information data sharing system 1 according to an embodiment. The biological information data sharing system 1 includes a patient's glucose level measuring device (biological information measuring device) 100, a smartphone (communication terminal) 200, a hospital terminal (facility terminal) 300, and a cloud server 400. The cloud server 400 is composed of one or a plurality of servers.

The blood glucose level (biological information data) measured by the patient with the blood glucose meter 100 is sent to the patient's smartphone 200. Data can be transmitted and received between the blood glucose meter 100 and the smartphone 200 by short-range communication such as Bluetooth (registered trademark).

The blood glucose level sent to the smartphone 200 is transmitted from the smartphone 200 to the cloud server 400 and accumulated in the cloud server 400. The hospital terminal 300 is, for example, a personal computer or a tablet, and by accessing the cloud server 400, the blood glucose level of the patient accumulated therein can be referred to. The smartphone 200 and the cloud server 400, and the cloud server 400 and the hospital terminal 300 can be connected via a wide area communication network such as the Internet.

The cloud server 400 can be accessed from hospital terminals 300 of a plurality of hospitals. However, the hospital terminal 300 that can refer to the blood glucose level of a certain patient is limited to the terminal of the hospital that the patient has permitted to refer to the blood glucose level. The patient can control which hospital he / she permits the disclosure of the blood glucose level through the smartphone 200. This control will be described in detail later.

FIG. 2 is a block diagram showing a functional configuration of the blood glucose meter 100. Further, FIG. 3 shows an example of the appearance of the blood glucose meter 100. The glucose meter 100 includes a sensor unit 110, a measurement data storage unit 120, a measurement data processing unit 130, a measurement data display unit 140, and a measurement data transmission unit 150. Further, as shown in FIG. 3, the blood glucose meter 100 includes a display 160 for displaying characters, images, and the like.

The patient collects blood by puncturing a fingertip or the like with a needle once or a plurality of times a day according to the instruction from a doctor, and measures the blood glucose level using a blood glucose meter 100. The sensor unit 110 is configured to insert a disposable glucose sensor. By contacting the collected blood with a glucose sensor, the blood glucose level in the blood can be measured. The blood glucose level measured by the sensor unit 110 is stored in the measurement data storage unit 120 at least temporarily together with the data indicating the measurement date and time. The blood glucose level stored in the measurement data storage unit 120 is read out by the measurement data processing unit 130 and sent to the measurement data display unit 140. The measurement data display unit 140 performs a process for displaying information such as the blood glucose level on the display 160 of the blood glucose meter 100 in an appropriate format. For example, in the example of FIG. 3, information such as the date and time at the time of measurement, the measured blood glucose level, and the measurement timing (“before meal” in the example of FIG. 3) is displayed on the display 160.

The smartphone 200 is equipped with an application program for managing the blood glucose level (hereinafter, referred to as a "blood glucose level management application"). The patient activates the blood glucose level management application on the smartphone 200 before starting the measurement of the blood glucose level. This blood glucose level management application is linked with the control program of the blood glucose level measuring device 100. When the blood glucose level is measured by the blood glucose meter 100, the measured blood glucose level is automatically transmitted from the blood glucose meter 100 to the smartphone 200, and the blood glucose level management application of the smartphone 200 receives the blood glucose level. For example, in the blood glucose meter 100, the timing of the end of blood glucose measurement can be automatically detected by detecting that the glucose sensor has been pulled out from the sensor unit 110. When the smartphone 200 receives the blood glucose level, a message indicating that the blood glucose level has been normally received is displayed on the screen of the smartphone 200. The blood glucose level management application of the smartphone 200 can also display the blood glucose level measurement result on a daily basis, for example.

FIG. 4 is a block diagram showing a functional configuration of a portion related to the blood glucose level management application in the smartphone 200. It should be noted that each functional unit shown in FIG. 4 is not necessarily composed of unique hardware. These functional units may be virtually realized by operating the processor of the smartphone 200 according to a predetermined program.

The smartphone 200 includes a data receiving unit 210, a data storage unit 221, a related data storage unit 222, a user information storage unit 223, a data processing unit 230, a display 240, a data transmission unit 250, and disclosure facility information acquisition. A unit 270 and the like are provided. The data receiving unit 210 receives the blood glucose level from the blood glucose level measuring device 100 and stores it in the data storage unit 221. The user information storage unit 223 stores personal information (for example, patient name, gender, date of birth, height, weight, etc.) about the patient who is the user of the smartphone 200.

In addition to the above personal information, the user information storage unit 223 can also store information related to time zone setting. The time zone setting is a function that allows each time of a life pattern (wake-up, breakfast, lunch, dinner, bedtime) to be registered, and the patient can set the time according to his / her own lifestyle. The set time is stored in the user information storage unit 223. For example, when "12:00" is set as the lunch time, up to 2 hours before the set time is recognized as "before lunch" and up to 2 hours after the set time is recognized as "after lunch". When the blood glucose level is measured at 11:30, for example, after the time zone is set, the blood glucose level is stored in the data storage unit 221 together with the "before lunch" classification. This saves the patient the trouble of inputting when the measured blood glucose level is the measured value.

In addition to the above personal information, the user information storage unit 223 can also store a target value (upper limit value and / or lower limit value) of the blood glucose level.

The related data storage unit 222 stores data (related data) that the patient can input using the smartphone 200 in relation to the blood glucose level. Related data includes, for example, an image of what was eaten, an arbitrary comment by the patient himself, and the like. For example, the patient can access the image in the smartphone 200 from the operation screen of the blood glucose level management application, select the image of the meal before measuring the blood glucose level, and import it into the related data storage unit 222.

For example, as shown in FIG. 5A, when the patient operates the button 501 for capturing an image on the display 240 before measuring the blood glucose level, the image stored in the smartphone 200 is stored as shown in FIG. 5B. A list of is displayed on the display 240. From this image, the patient can select an image to be associated with the blood glucose level. The image selected by the patient is registered in the relevant data storage unit 222. After that, when the blood glucose level is measured, the measured blood glucose level is stored in the data storage unit 221 and associated with the image registered in the related data storage unit 222. Here, the image as the related data is selected before the measurement of the blood glucose level, but the image may be selected after the measurement of the blood glucose level. Alternatively, the data processing unit 230 may automatically select an image candidate to be registered as related data from the images stored in the smartphone 200 based on the information such as the blood glucose measurement time. good.

In this way, by registering an image of the meal ingested by the patient as the related data of the measured blood glucose level, it becomes easy for the patient himself / herself to understand the relationship between the fluctuation of the blood glucose level and the meal later. .. Further, as will be described later, the related data is uploaded to the cloud server 400 together with the blood glucose level and can be referred to from the hospital terminal 300, which can be used as a material for the doctor to give life guidance.

Further, as the related data, any comment or the like input by the patient can be used instead of the image of the meal or together with the image of the meal. The patient can freely input a comment in text, pictograms, or the like by operating the touch panel from the smartphone 200. Alternatively, the comment can be input by voice from the smartphone 200. The input comment is also stored in the related data storage unit 222. For example, if you enter a comment such as "I ate ramen and dumplings, so my blood sugar level was high.", It will be easier to understand the relationship between blood sugar level fluctuations and diet, and lifestyle improvement will be improved. Can be useful for.

Further, the data processing unit 230 may estimate and calculate the calorie intake from the image of the meal registered as the related data. In this case, the data processing unit 230 performs image recognition processing such as pattern matching and recognition by AI on the registered image, and identifies the content of the meal (for example, ramen, dumplings, etc.) contained in the image. do. Further, the data processing unit 230 calculates the total calories of the meal included in the image by referring to a predetermined correspondence table between the meal contents and the calories. This correspondence table may be stored in the smartphone 200, or may be stored in an external storage device (for example, on the cloud server 400 or another external server) accessible to the smartphone 200. Alternatively, instead of performing calorie calculation in the data processing unit 230, a meal image may be transmitted from the smartphone 200 to an external ASP, and only the calorie calculation result may be received from the ASP. The result of the calorie calculation is stored in the related data storage unit 222 alone as related data or as related data accompanying the image of the meal.

Further, the data processing unit 230 generates, for example, a graph as shown in FIG. 6 based on the blood glucose level stored in the data storage unit 221 and displays it on the display 240. In the example of FIG. 6, the patient can specify the period to be displayed. The data processing unit 230 extracts the blood glucose level in the designated period from the data storage unit 221 to generate display data for displaying in a graph, and also calculates an average value or the like within the period.

As described above, the blood glucose level and related data stored in the smartphone 200 are sent to the cloud server 400 together with the patient-identifying information (for example, patient ID) at an appropriate timing. The blood glucose level and related data sent to the cloud server 400 are stored for each patient based on the patient ID. Here, "store by patient" does not require that the storage area is physically divided for each patient, and identifies that individual blood glucose levels and related data belong to a specific patient. It is enough if it is stored in a state where it can be done.

The blood glucose level and related data may be left in the smartphone 200 for at least a predetermined period after being sent to the cloud server 400, or may be deleted from the smartphone 200 after being sent to the cloud server 400. When deleting the transmitted blood glucose level and related data from the smartphone 200, it is desirable that the necessary data can be downloaded from the cloud server 400 to the smartphone 200 as needed.

As described above, by uploading the blood glucose level and related data to the cloud server 400, a large amount of data can be accumulated in the cloud server 400 over a long period of time. As a result, even if the history of the blood glucose meter 100 or the smartphone 200 is not confirmed, or even if the history of the blood glucose meter 100 or the smartphone 200 is deleted, the past measurement results can be confirmed retroactively over a long period of time. It becomes easy to do. Further, by storing the blood glucose level and related data in the cloud server 400, the blood glucose level and related data can be shared by a plurality of facilities (hospitals and the like) using the cloud server 400.

However, although the cloud server 400 of the present embodiment can be accessed from the hospital terminals 300 of a plurality of hospitals, the patient's data (blood glucose level and related data) can be obtained only for the hospitals for which the patient has permitted data disclosure. Disclose. The procedure for permitting data disclosure will be described below.

The patient can use the smartphone 200 to register a hospital that allows data disclosure. The patient can, for example, register his / her family hospital as a data sharing destination (disclosure facility). The hospital information (disclosure facility information) designated by the patient as the data sharing destination is registered in the user information storage unit 223 together with the user's personal information.

Here, the procedure for registering the disclosure facility using the smartphone 200 will be described. First, when the patient selects "data sharing" on the setting screen of the blood glucose level management application as shown in FIG. 7A, the data processing unit 230 refers to the user information storage unit 223, and as shown in FIG. 7B, Display a list of data sharing destinations (disclosure facility information). In the example of FIG. 7B, no hospital is registered as a disclosure facility yet. If the patient selects "not set" here, the camera of the smartphone 200 is activated. A board or the like displaying a QR code (registered trademark) for uniquely identifying the hospital is distributed in advance to hospitals that can use the biometric information sharing system of the present embodiment. When the patient reads the QR code with the camera of the smartphone 200 as shown in FIG. 7C, the QR code information read by the camera is sent to the disclosure facility information acquisition unit 270. As shown in FIG. 7D, the disclosure facility information acquisition unit 270 displays the name of the hospital on the screen of the blood glucose level management application. When the patient confirms the name of the hospital and selects "Register", the disclosure facility information acquisition unit 270 registers the hospital name and / or identification code (facility ID) as disclosure facility information in the user information storage unit 223. Will be done. That is, in the present embodiment, the user information storage unit 223 also serves as the disclosure facility information storage unit. However, the disclosure facility information storage unit may be provided separately from the user information storage unit 223.

For example, FIG. 8 shows a state in which “Hospital A” is registered as a data sharing destination (disclosure facility) for a certain patient. If there are multiple hospitals, the patient can register two or more hospitals as disclosure facilities as needed. When the disclosure facility information is newly registered in the user information storage unit 223, the newly registered disclosure facility information is then sent to the cloud server 400 by the data transmission unit 250 at an appropriate timing to disclose the patient. Registered as facility information.

Here, an example in which the smartphone 200 acquires the disclosed facility information using the QR code is shown, but the means for acquiring the disclosed facility information is not limited to the QR code. For example, any means such as a barcode or an IC tag can be used.

Here, with reference to FIG. 9, the functional configuration of the cloud server 400 will be described. The cloud server 400 includes a terminal data receiving unit 410, a biological information storage unit 421, a disclosure facility information storage unit 422, a data extraction unit 430, and an access processing unit 450.

As described above, the terminal data receiving unit 410 receives data such as the patient's blood glucose level and related data, and disclosure facility information from the patient's smartphone 200. The terminal data receiving unit 410 stores the received blood glucose level and related data in the biometric information storage unit 421 for each patient. In addition, the received disclosure facility information is stored in the disclosure facility information storage unit 422 for each patient.

The access processing unit 450 processes the access request from the hospital terminal 300. On the cloud server 400, a dedicated login URL is assigned to each hospital. By accessing the designated login URL from the hospital terminal 300 of each hospital and entering the predetermined login ID and password, the biometric information sharing system of the present embodiment can be used from the hospital terminal 300. .. However, as described above, only the data of the patient who is permitted to disclose the data to the hospital can be viewed from the hospital terminal 300 of each hospital.

Therefore, when there is an access request from a certain hospital terminal 300, the access processing unit 450 extracts the facility ID that identifies the hospital from the access request and passes it to the data extraction unit 430. The data extraction unit 430 refers to the disclosure facility information storage unit 422 and the biometric information storage unit 421, and extracts only the data of the patient who has registered the hospital as the disclosure facility from the biometric information storage unit 421. The extracted data (blood glucose level and related data) can be viewed by the access processing unit 450 to the hospital terminal 300.

The access processing unit 450 requests the data (blood glucose level and related data) extracted by the data extraction unit 430 as a list of data of one patient or a list of data of a plurality of patients from the hospital terminal 300. Present according to.

In addition, it is possible to further narrow down the browsing target by designating the patient, the measurement time, and the like with respect to the patient data that can be browsed from the hospital terminal 300. In this case, the access processing unit 450 further includes a period input reception unit (not shown) that allows the hospital terminal 300 to specify the display target period. For example, FIG. 10 is an example of a screen displayed on the hospital terminal 300 as a result of making an access request from the hospital terminal 300 of the hospital A to the data of a patient who is permitted to disclose the data to the hospital A.

Further, when the data of a certain patient is browsed from the hospital terminal 300, the access processing unit 450 divides the measured blood glucose level by time zone in order to make it easy to see the fluctuation of the blood glucose level within the period specified by the hospital terminal 300. Processing may be performed such as color-coding, displaying the diurnal variation in a graph, and obtaining the numerical values (average value, maximum value, minimum value, etc.) of statistical analysis. This makes it easy for the doctor to accurately grasp the tendency of the blood glucose level of the patient on the hospital terminal 300.

Further, when an access request is made from the hospital terminal 300, not only the blood glucose level but also related data such as images and comments associated with the blood glucose level can be viewed from the hospital terminal 300. This has the advantage that the doctor can check what kind of meals and behaviors the patient had on the day when the goal was exceeded (or fell below), and it became easier to understand and instruct the patient's lifestyle. be.

Further, the data download request may be made to the cloud server 400 from the hospital terminal 300 of the hospital where the data disclosure is permitted. In this case as well, as in the case of the access request, only the data of the patient who is permitted to disclose the data to the hospital can be downloaded from the cloud server 400 to the hospital terminal 300.

As described above, in the biometric information sharing system according to the present embodiment, the living body on the cloud server 400 is only for the hospital terminal 300 of the facility registered in advance as the user may share his / her own biometric information data. Disclosure of information data can be permitted. This makes it possible to prevent the data related to the user's own biometric information from being used in an unexpected or unintended place by the user. As a result, it is possible to realize an excellent biometric information sharing system from the viewpoint of privacy and protection of personal information.

Further, in the biometric information sharing system according to the present embodiment, it is also possible to disclose the biometric information data of the user stored in the cloud server 400 to a plurality of sharing destinations. This makes it possible to easily share biometric information data even when, for example, a patient obtains a second opinion from a hospital other than his / her family. In addition, the biometric information data can be shared by a plurality of facilities within the range permitted by the user, and the biometric information data can be utilized in a plurality of facilities for telemedicine, health management, medical research, and the like.

[Other Embodiments]
As described above, the above-described embodiment is merely an example for carrying out the present invention. Therefore, the present invention is not limited to the above-described embodiment, and the above-described embodiment can be appropriately modified and implemented within a range that does not deviate from the gist thereof.

For example, in the above-described embodiment, an example is shown in which the biological information data is a blood glucose level. However, the biological information data is not limited to the blood glucose level, and can be various data that can be self-measured by the patient. For example, blood pressure, body temperature, heart rate, electrocardiogram, body weight, amount of exercise (for example, daily steps and running records), sleep time, body fat percentage, and the like are other examples of biometric data.

Further, in the above embodiment, an example in which the biological information measuring device (blood glucose meter 100) and the communication terminal (smartphone 200) are separate devices has been described. However, communication terminals are not limited to smartphones. Further, the biometric information measuring device and the communication terminal may be integrally formed as a single device. For example, an embodiment of the present invention is also in the case where the communication terminal is a smart watch and the smart watch can measure a heart rate or the like as a biological information measuring device.

Further, in the above embodiment, an example in which the facility to which the biological information data is disclosed is a hospital has been described. However, the facilities to be disclosed are not limited to hospitals, and can be applied to any facility such as nursing care facilities, research institutes, ambulances, sports gyms, etc. that may use personal biometric information data. Is.

The present invention can also be described as follows.

The server as one aspect of the present invention is
A biometric information storage unit that receives the user's biometric information data obtained by the biometric information measuring device from the communication terminal of the user who acquired the biometric information data from the biometric information measuring device and stores it for each user.
A disclosure facility information storage unit that receives disclosure facility information about a facility that allows the user of the communication terminal to disclose his / her own biometric information data from the communication terminal and stores it for each user.
When there is an access request from the facility terminal, the disclosure facility information storage unit is referred to, and the biometric information data of the user who is permitted to disclose the biometric information data to the facility of the facility terminal is stored in the biometric information storage. The data extraction unit that extracts from the unit and the data extraction unit
It includes an access processing unit that presents the biometric information data extracted by the data extraction unit to the facility terminal.

According to this server, when an access request is made from the facility terminal, only the biometric information data of the user who is permitted to disclose the biometric information data to the facility of the facility terminal is extracted and sent to the facility terminal. Present. As a result, it is possible for the user himself / herself to control which facility is permitted to disclose the biometric information while centrally managing the biometric information data of a plurality of users on the server.

In the server, the access processing unit uses the biometric information data extracted by the data extraction unit as a list of biometric information data of individual users and at least a part of users who are permitted to disclose the biometric information data to the facility. It may be configured to be displayed in any of the states of the biometric information list.

According to this configuration, a list of biometric information data of individual users or a list of biometric information of a plurality of users can be selected and browsed from a facility terminal.

In the server
The biometric information storage unit accumulates the biometric information data together with the measurement date and time data.
It also has a period input reception unit that allows you to specify the display target period.
The data extraction unit is a living body within the display target period designated via the period input receiving unit among the biometric information data of the user who permits the facility of the facility terminal to disclose the biometric information data. The information data may be extracted from the biometric information storage unit and presented.

According to this configuration, the display target period can be specified from the facility terminal, and only the biometric information data within the specified period can be viewed. This makes it easy to grasp the change over time of the biological information data in a desired period.

In the server
A related information storage unit that receives related data of the biometric information data from the communication terminal and stores the related data in association with the biometric information data is further provided.
The data extraction unit may be configured such that the related data related to the extracted biological information is extracted from the related information storage unit and presented together with the biological information extracted from the biological information storage unit.

According to this configuration, various data are received and stored as related data of biometric information data, and can be viewed together with the biometric information data, so that the related data can be referred to when analyzing the biometric information data. Can be done.

The communication terminal as another aspect of the present invention is
A data storage unit that at least temporarily stores the user's biometric information data obtained by the biometric information measuring instrument,
Disclosure facility information storage unit that acquires and stores disclosure facility information about facilities that allow users to disclose their own biometric information data,
It includes a data transmission unit that transmits the biometric information data and the disclosure facility information.

Further, the biometric information data sharing system as yet another aspect of the present invention includes the server having the above-mentioned configuration and the above-mentioned communication terminal.

1 ... Biological information data sharing system, 100 ... Glucose meter, 200 ... Smartphone, 300 ... Hospital terminal, 400 ... Cloud server

Claims (6)

A biometric information storage unit that receives the user's biometric information data obtained by the biometric information measuring device from the communication terminal of the user who acquired the biometric information data from the biometric information measuring device and stores it for each user.
A disclosure facility information storage unit that receives disclosure facility information about a facility that allows the user of the communication terminal to disclose his / her own biometric information data from the communication terminal and stores it for each user.
When there is an access request from the facility terminal, the disclosure facility information storage unit is referred to, and the biometric information data of the user who is permitted to disclose the biometric information data to the facility of the facility terminal is stored in the biometric information storage. The data extraction unit that extracts from the unit and the data extraction unit
A server including an access processing unit that presents biometric information data extracted by the data extraction unit to the facility terminal. The access processing unit uses the biometric information data extracted by the data extraction unit as a list of biometric information data of individual users and a list of biometric information of at least a part of users who are permitted to disclose the biometric information data to the facility. The server according to claim 1, which is displayed in any of the states of. The biometric information storage unit accumulates the biometric information data together with the measurement date and time data.
It also has a period input reception unit that allows you to specify the display target period.
The data extraction unit is a living body within the display target period designated via the period input receiving unit among the biometric information data of the user who permits the facility of the facility terminal to disclose the biometric information data. The server according to claim 1 or 2, wherein information data is extracted from the biometric information storage unit and presented. A related information storage unit that receives related data of the biometric information data from the communication terminal and stores the related data in association with the biometric information data is further provided.
Any one of claims 1 to 3, wherein the data extraction unit extracts and presents related data related to the extracted biometric information together with the biometric information extracted from the biometric information storage unit. The server described in the section. A data storage unit that at least temporarily stores the user's biometric information data obtained by the biometric information measuring instrument,
Disclosure facility information storage unit that acquires and stores disclosure facility information about facilities that allow users to disclose their own biometric information data,
A communication terminal including the biometric information data and a data transmission unit for transmitting the disclosed facility information. A biometric information data sharing system including the server according to any one of claims 1 to 4 and the communication terminal according to claim 5.

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