JP6856252B2 - Biometric information monitoring system, biometric information monitoring method and biometric information monitoring program - Google Patents

Description

The present invention relates to a biological information monitoring system, a biological information monitoring method, and a biological information monitoring program, and in particular, a plurality of measuring devices attached to a plurality of subjects to measure the biological information of the subjects, and measurement by the measuring devices. To realize a biometric information monitoring system including a portable information processing terminal for an observer for displaying the biometric information of the subject, a biometric information monitoring method executed in the monitoring system, and the monitoring system. Regarding biometric information monitoring programs.

Conventionally, a central monitor installed in a nurse station in a medical institution has been known as a biological information monitoring device for monitoring the condition of a plurality of patients. As shown in Patent Document 1, for example, the central monitor provides biometric information (for example, electrocardiogram, blood pressure, arterial oxygen saturation) of each patient from a bedside monitor installed on the bedside of each patient in an intensive care unit or a hospital room. It receives the degree) and displays it on the screen. Similarly, Patent Document 2 discloses an invention for suppressing a decrease in utilization efficiency of the basic screen of the central monitor.

Further, in relation to the bedside monitor, Patent Document 3 also discloses a technique for a nurse to confirm a patient's biological information on a display screen of a portable information processing terminal.

Specifically, in the technique disclosed in Patent Document 3, the patient is made to wear an ID tag such as a wristband as a means for identifying the patient, and the nurse stands near the target patient lying on the bed. A technique for directly acquiring identification information from an ID tag of a target patient is disclosed.

Japanese Unexamined Patent Publication No. 2005-124903 JP 2015-000177 Japanese Unexamined Patent Publication No. 2016-123573

However, when there are a plurality of subjects for whom biological information should be acquired, the collection of biological information is very complicated by the conventional method. Further, when a plurality of measuring devices are attached to each of the plurality of subjects, it is expected that the complexity of collecting the biometric information will be further increased.

Therefore, an object of the present invention is to provide a biological information monitoring system, a biological information monitoring method, and a biological information monitoring program for collecting and monitoring biological information of a plurality of subjects by a simple method.

The biometric information monitoring system of the present invention is attached to a plurality of subjects to display a plurality of measuring devices for measuring the biometric information of the subject and the biometric information of the subject measured by the measuring devices. A biological information monitoring system including a portable information processing terminal for an observer, wherein the plurality of measuring devices are managed as a set in advance together with other measuring devices that can be attached to one target person, and the target person. The measuring unit that measures the biological information of the device, the identification information given to each set of the measuring devices, the device storage unit that stores the biological information measured by the measuring device, and the additional information are issued upon request. As the identification information of one target person to which a plurality of measuring devices included in one set are attached, the identification information generation unit that generates the additional information and the identification information including the identification information and stores the identification information in the device storage unit, and the identification information generation unit. Each of the device communication unit has a device communication unit that transmits the identification information of the target person stored by the device storage unit to the information processing terminal, and the information processing terminal is a plurality of measuring devices attached to the plurality of target persons. A terminal communication unit that receives identification information of a plurality of target persons transmitted from the device communication unit of the above, and a process of generating display information for selectively displaying the identification information of the plurality of target persons to the observer. It has a unit and a selection reception unit that receives the selection of the identification information of one target person from the identification information of the plurality of target persons by the observer, and the terminal communication unit is received by the selection reception unit. A command for transmitting biometric information of one subject to which a plurality of measuring devices for storing identification information of the other subject is attached is transmitted to the device communication unit, and the device communication unit communicates with the terminal. Based on the transmission command transmitted from the unit, the biometric information of the one subject to which a plurality of measuring devices for storing the identification information of the one subject are attached is transmitted to the terminal communication unit, and the processing unit Generates display information for displaying the biometric information received by the terminal communication unit on the display screen of the information processing terminal.

According to the biological information monitoring system, the biological information monitoring method, and the biological information monitoring program of the present invention, it is possible to monitor the biological information of a plurality of subjects by a simple method.

It is a conceptual diagram which shows an example of the image of the biological information monitoring system of this invention. It is a block diagram which shows an example of the structure of the biological information monitoring system of this invention. It is a block diagram which shows an example of the data structure which concerns on this invention. It is a figure which shows an example of the display screen which concerns on this invention. It is a figure which shows an example of the display screen which concerns on this invention. It is a block diagram which shows an example of the structure of the biological information monitoring system of this invention. It is a block diagram which shows an example of the data structure which concerns on this invention. It is a conceptual diagram which shows an example of the image of the biological information monitoring system of this invention. It is a conceptual diagram which shows the image at the disaster site of the biological information monitoring system of this invention. It is a flow chart which shows the flow of the biological information monitoring method of this invention. It is a block diagram which shows the functional structure of the biological information monitoring program of this invention.

The biological information monitoring system, the biological information monitoring method, and the biological information monitoring program of the present invention will be described in detail below with reference to the drawings. In the following description, the same configuration will be described using the same reference numerals.

<Biological information monitoring system>
FIG. 1 is a conceptual diagram showing an image of the biological information monitoring system 1000 of the present invention. As shown in FIG. 1, the biological information monitoring system 1000 is attached to a plurality of subjects A and B and measures the biological information of the subjects A and B by a plurality of measuring devices 100 and the measuring devices 100. It is provided with a portable information processing terminal 200 for the observer X for displaying the biological information of the subject.

Although FIG. 1 shows only two subjects A and B as a plurality of subjects, the number of subjects is not particularly limited. Similarly, in FIG. 1, only five measuring devices 100 are shown as a plurality of measuring devices 100 attached to one subject, but the number of the measuring devices 100 is not particularly limited, and if necessary. Various measuring devices 100 can be attached.

FIG. 2 is a configuration diagram showing details of the configuration of each part of the biological information monitoring system 1000 of the present invention.

"measuring equipment"
As shown in FIG. 2, the plurality of measuring devices 100 include a measuring unit 110, a device storage unit 120, an identification information registration unit 130, and a device communication unit 140, respectively.

The measuring unit 110 measures the biological information of the subject.

The biological information referred to here is a vital sign of the subject, and is, for example, information measured by a measuring device 100 such as an oxygen saturation monitor in the brain, an electrocardiograph, a sphygmomanometer, a pulse oximeter, or an echo. be able to.

The device storage unit 120 stores identification information for identifying the target person and biological information measured by the measurement unit 110.

The identification information referred to here is information for identifying the target person, and the identification of the target person may be direct or indirect. This particular method will be described later.

In addition, the identification information can be, specifically, an identification number indicated by a number or an alphabet. Further, it is preferable that this identification information is given so that a plurality of measuring devices 100 attached to one subject can be identified as one set.

FIG. 3A is a data structure diagram showing a data structure relating to the identification information stored in the device storage unit 120. As shown in FIG. 3, each measuring device 100 included in the set to which the identification number "000001" is assigned has "TOS" indicating an oxygen saturation monitor in the brain at the beginning of the identification number "000001". , "HB" indicating an electrocardiograph, "BP" indicating a sphygmomanometer, "SP" indicating a pulse oximeter, and other alphabetical device identification numbers can be assigned in advance. In this case, as a set of the measuring devices 100 having the device identification number "000001", the set of the plurality of measuring devices 100 can be identified, and even the type of each measuring device 100 can be identified.

The identification information registration unit 130 issues additional information in response to the registration request. Further, the identification information generation unit 130 generates identification information including additional information and identification information as identification information of one target person to which a plurality of measuring devices 100 included in one set are attached. Further, the identification information generation unit 130 stores the generated identification information of one target person in the device storage unit 120.

The registration request used for issuing additional information is generated, for example, when the measuring device 100 is attached to the target person or when the measurement device 100 is operated after being attached to the target person. Further, the additional information is information that can specify the situation, such as time information and position information. In the following, the additional information will be described as being time information, but the additional information may be position information instead of time information, date and time information including the date and time in the time, and time information and position information. It may be a combination. This additional information is included in the registration request by, for example, the information processing terminal 200.

FIG. 3B is an example of the identification information of the target person generated by the identification information generation unit 130 when the identification information described in FIG. 3A is set in the device storage unit 120 of each measurement device 100. Is to explain. For example, when the registration request includes the time information "10:15", the additional information "1015" is issued based on this time information, and is used as the identification information of the target person together with the identification number "000001". Further, the identification information to which the device identification number of the device is added becomes the identification information of each measuring device 100. As a result, identification information that can identify the target person can be generated by the additional information and the identification information (device identification number) set for each set of devices, and can be stored in each device. In addition, the identification information can be used as the only identification information in the world.

The identification information registration unit 130 may delete the identification information of one target person stored in the device storage unit 120 in response to the termination request. Further, the identification information registration unit 130 can issue new additional information again in response to the new registration request, and can newly generate the identification information of the target person by using the new additional information. Then, the identification information registration unit 130 stores the newly generated identification information of the target person in the device storage unit 120. At this time, when the device storage unit 120 stores the previous identification information of the target person, it is updated with the newly generated identification information of the target person.

The device communication unit 140 transmits the identification information stored in the device storage unit 120 to the information processing terminal 200.

This transmission can be performed by using wireless communication or the like, and specific examples of the communication means will be described later.

<< Information processing terminal >>
The information processing terminal 200 has a terminal communication unit 210, a processing unit 220, and a selection reception unit 230. Although not shown, the information processing terminal 200 is a portable terminal, and includes, for example, a touch panel having an input function and an output function. Further, the information processing terminal may be provided with a camera or microphone as an input function and a speaker as an output function.

The terminal communication unit 210 receives a plurality of identification information transmitted from the device communication unit 130 of the plurality of measuring devices 100 attached to the plurality of target persons.

The processing unit 220 generates display information for the observer to display a plurality of identification information in a selectable manner.

The selection reception unit 230 accepts the observer to select one of the identification information from the plurality of identification information.

Then, the terminal communication unit 210 issues a command for transmitting the biometric information of one target person to which the plurality of measuring devices 100 that store the one identification information received by the selection reception unit 230 are attached. Send to.

Based on the transmission command transmitted from the terminal communication unit 210, the device communication unit 130 transmits the biometric information of one subject to which a plurality of measuring devices that store one identification information are attached to the terminal communication unit 210. To do.

The processing unit 220 generates display information for displaying the biological information received by the terminal communication unit 210 on the display screen of the information processing terminal 200.

According to such a configuration, the observer simply selects one of the identification information from the plurality of identification information displayed on the display screen of the portable information processing device, and the one identification information is the same. It becomes possible to collect the biometric information of one subject to which a plurality of measuring devices are attached and monitor it on the display screen.

The identification information stored in the plurality of measuring devices attached to one target person can be the identification information that can identify that the plurality of measuring devices are attached to one target person. The details of the identification information are as described above.

Information can be exchanged between a plurality of measuring devices and an information processing terminal by using BLE wireless communication technology.

The BLE wireless communication technology is a wireless communication using BLE (Bluetooth (registered trademark) Low Energy). By using this communication technology, for example, about 256 measuring devices can be identifiablely connected within a range of about 10 m, but the maximum number of simultaneous connections depends on the performance of the BLE device. It is not limited.

The processing unit 220 can generate display information for displaying the biological information associated with the one identification information selected by the observer in one display screen.

FIG. 4 shows an example of a display screen W1 that displays biological information associated with one identification information selected by the observer. As shown in FIG. 4, on the display screen W1, a plurality of biometric information associated with one identification information can be displayed on one screen. Further, the display screen W1 includes a setting button b1, a floor leaving processing button b2, and a comment addition button b3. The setting button b1 is used when the measuring device 200 is attached to the target person and the measurement is started. The bed leaving processing button b2 is used when the measuring device 200 is removed from the subject and the measurement is completed. The comment addition button b3 is used when the observer adds a comment regarding the measurement. When the comment addition button b3 is operated, the processing unit 220 displays a comment input screen (not shown). Further, the comment input by the observer on the comment input screen is stored in, for example, a storage unit (not shown) of the information processing terminal 200.

The processing unit 220 can display the plurality of identification information in a selectable manner by the observer, and can also display the information of the plurality of measuring devices 200 associated with the identification information in a selectable manner.

FIG. 5 shows an example of a display screen W2 that selectively displays a plurality of identification information and information of a plurality of measuring devices. As shown in FIG. 5, on the display screen W2, a plurality of identification information is displayed so as to be selectable by the observer, and information on the plurality of measuring devices 200 is also displayed so as to be selectable.

The information of the plurality of measuring devices can be information indicating that the information of the device is being received. At this time, by selecting this icon, it is also possible to display only the biological information from this device in a confirmable manner.

As shown in FIG. 5, in the processing unit 220, the device communication unit 140 is equipped with a plurality of measuring devices 100 that store one identification information based on a transmission command transmitted from the terminal communication unit 210. It is possible to generate display information for displaying the instruction button b4 for receiving an instruction from the observer on the display screen W2 for transmitting the biological information of the target person to the terminal communication unit 210.

<Modification example 1>
Further, as shown in FIG. 6, the information processing terminal 200 can be connected to the server device 300 via a network.

The server device 300 has a server storage unit 310. The configuration of the server 300 is not particularly limited. Further, the server 300 may realize communication with the information processing terminal 200 by using any communication protocol.

Then, the server storage unit 310 stores the identification information in association with the target person to which the measuring device 100 in which the identification information is stored is attached, and the processing unit 220 stores a plurality of identifications received by the terminal communication unit 210. It is possible to generate display information for the observer to selectably display the target person associated with each piece of information instead of the identification information.

FIG. 7 is a diagram showing an example of a data structure stored in the server storage unit 310. By storing the data as shown in FIG. 7, the observer can recognize the identification information in association with the name of the subject. It is preferable that the subject describes his / her identification number or name in a state / means that the observer can see, but this means is not particularly limited and the observer does not need to see. It is also possible to use electromagnetic means in the state.

The plurality of measuring devices 100 can be two or more measuring devices selected from an intracerebral oxygen saturation monitor, an electrocardiograph, a sphygmomanometer, a pulse oximeter, or an echo.

In addition, even if a new device is added to the set of measuring devices prepared in advance, it is necessary to make any new settings by giving the new device the identification information corresponding to this set. It is possible to observe without.

<Modification 2>
As shown in FIG. 8, the information processing terminal 200 can further include a target person information receiving unit 240 and a target person specifying unit 250.

The target person information reception unit 240 receives the target person information of the target person acquired from the target person by the observer.

The target information can include at least one of name information, fingerprint information, vein information, face information and / or iris information, but is not limited to these, and may be information that can identify the target person. ..

Further, the target person information received by the target person information receiving unit 240 is not limited to one, and a plurality of target person information can be received. As a result, the accuracy of identifying the target person can be improved.

The target person identification unit 250 identifies one target person having the target person information corresponding to the target person information received by the target person information reception unit 240 from the target person information database stored in advance in a predetermined storage device. To do.

The predetermined storage device may be provided in the information processing terminal 200, or may be provided in an external device that can be connected to the information processing terminal by wire / wirelessly.

The target person information database is a database in which the above-mentioned target person information is stored in advance. Specifically, when the measuring device 100 is attached to the subject, the subject's name information, fingerprint information, vein information, face information and / or iris information and the like are acquired to form a subject information database and stored in a storage device. It is preferable to memorize it. These target person information can be acquired by using a dedicated device, or can be acquired by using a camera or the like provided in the information processing terminal 200. The name information can also be obtained by input using the touch panel provided in the information processing terminal 200 or by voice recognition technology.

Then, the terminal communication unit 210 is identified by the biometric information of one subject to which a plurality of measuring devices that store the identification information received by the selection reception unit 230 are attached, or by the target person identification unit 250. An instruction for transmitting the biometric information of one target person can be transmitted to the device communication unit 130.

According to such a configuration, the observer does not need to identify the target person's identification information by himself / herself, and only by acquiring the target person's target person information, the observer automatically identifies the target person using the information processing terminal 200. You will be able to.

The subject information may include at least one of name information, fingerprint information, vein information, face information and / or iris information. These target person information can be acquired by using a dedicated device, or can be acquired by using a camera or the like provided in the information processing terminal 200. The name information can also be obtained by input using the touch panel provided in the information processing terminal 200 or by voice recognition technology.

Further, the biological information monitoring system 1000 of the present invention can further include an information processing device 400 for remotely monitoring biological information.

The information processing device 400 is a device for remotely monitoring the biological information of a patient from a medical institution such as a hospital, and is not particularly limited as long as it is a device that can access a web page via the Internet.

Then, the information processing terminal 200 and the information processing device 400 can be connected to the first server device 500 via a network.

The first server device 500 is a server device 500 having a server storage unit 510 and a server processing unit 520, and is preferably an HTTP server using, for example, the HTTP protocol.

Then, the server storage unit 510 can receive and store the biological information transmitted from the information processing terminal 200. The server processing unit can generate display information for displaying biological information on the display screen of the information processing device 400.

As a result, medical professionals such as doctors at medical institutions can access the web page provided by the first server using the information processing device 400 at hand even if they are not near the target person. The biometric information of the person can be confirmed.

The biological information displayed on this web page is updated in real time, and in particular, the waveform data obtained from an electrocardiograph or the like can be continuously and recognizablely displayed. However, it is permissible for this update to be off by a few seconds.

Further, the information processing terminal 200 can be further connected to the first server device via the second server device (not shown).

The second server device is preferably an MQTT server using MQTT (Message Queue Telemetry Transport) technology.

According to such a technique, biometric data can be transmitted and received at a lighter weight and at a higher speed, and real-time performance is improved.

<Application example 1>
In addition, the present invention exerts a more advantageous effect when used in an emergency, for example, at a disaster site where a large number of subjects are present. FIG. 9 shows an image of a disaster site. When such a large number of subjects A to F are at a short distance, the observers X and Y do not mistake the information from each measuring device 100. Need to observe. Even in such a case, by assigning the identification information to the measuring device 100 in advance, the observers X and Y can select the target person to be observed by the information processing terminal 200 owned by the observer X and Y. The biometric information of the person can be confirmed.

Subsequently, the biological information monitoring method of the present invention will be described with reference to FIG. FIG. 10 is a flow chart showing the flow of the biological information monitoring method of the present invention.

As shown in FIG. 10, the biological information monitoring method of the present invention includes a plurality of measuring devices 100 attached to a plurality of subjects to measure the biological information of the subject, and the subject measured by the measuring device 100. It is a biological information monitoring method in the biological information monitoring system 1000 including a portable information processing terminal 200 for an observer for displaying the biological information of the above, and the measurement step S101 and the device storage are performed on a plurality of measuring devices 100. The information processing terminal 200 is made to execute the terminal communication step S104, the processing step S105, and the selection reception step S106 by executing the step S102 and the device communication step S103, respectively.

The measurement step S101 measures the biological information of the subject. The measurement step S101 can be executed by the measurement unit 110 described above.

The device storage step S102 stores the identification information for identifying the target person and the biological information measured in the measurement step S101. The device storage step S102 can be executed by the device storage unit 120 described above.

The device communication step S103 transmits the identification information stored in the device storage step S102 to the information processing terminal 200. The device communication step S103 can be executed by the device communication unit 130 described above.

The terminal communication step S104 receives a plurality of identification information transmitted from the device communication unit 120 of the plurality of measuring devices 100 attached to the plurality of target persons. The terminal communication step S104 can be executed by the terminal communication unit 210 described above.

The processing step S105 generates display information for displaying the plurality of identification information so that the observer can select it. The processing step S106 can be executed by the processing unit 220 described above.

The selection acceptance step S106 accepts the observer to select one identification information from the plurality of identification information. The selection reception step S106 can be executed by the selection reception unit 230 described above.

The information processing terminal 200 transmits a command to the measuring device 100 for transmitting the biometric information of one target person to which the plurality of measuring devices 100 that store the one identification information received in the selection reception step S106 are attached. (S107).

Based on the transmission command transmitted by the information processing terminal 200, the measuring device 100 transmits the biometric information of one subject to which a plurality of measuring devices 100 that store one identification information are attached to the information processing terminal 200. (S108).

The information processing terminal 200 generates display information for displaying the biometric information transmitted by the measuring device 100 and received by the information processing terminal 200 on the display screen of the information processing terminal 200 (S109).

According to the above configuration, it is possible to collect and monitor the biological information of a plurality of subjects by a simple method.

Finally, the biological information monitoring program of the present invention will be described with reference to FIG. FIG. 11 is a functional configuration diagram showing a functional configuration of the biological information monitoring program of the present invention.

As shown in FIG. 11, the biological information monitoring program of the present invention includes a plurality of measuring devices 100 attached to a plurality of subjects to measure the biological information of the subject, and the subject measured by the measuring device 100. It is a biological information monitoring program for realizing a biological information monitoring system including a portable information processing terminal 200 for an observer for displaying the biological information of the information processing terminal 200, and the information processing terminal 200 has a terminal communication function. It realizes a processing function and a selection reception function.

The terminal communication function receives a plurality of identification information transmitted from a plurality of measuring devices attached to a plurality of target persons. This terminal communication function can be realized by the terminal communication circuit 210.

The processing function generates display information for the observer to display a plurality of identification information in a selectable manner. This processing function can be realized by the processing circuit 220.

The selection reception function accepts the observer to select one of the identification information from the plurality of identification information. This selection reception function can be realized by the selection reception circuit 230.

The terminal communication function transmits a command to the measuring device for transmitting the biological information of one target person to which a plurality of measuring devices for storing the one identification information received by the selection reception function are attached.

The processing function generates display information for displaying the biological information transmitted by the measuring device and received by the terminal communication unit on the display screen of the information processing terminal.

According to the above configuration, it is possible to collect and monitor the biological information of a plurality of subjects by a simple method.

The computer program of the present invention described above may be recorded on a recording medium that can be read by a processor, and the recording medium may be a "non-temporary tangible medium" such as a tape, a disk, a card, a semiconductor memory, or a programmable medium. A logic circuit or the like can be used.

The computer program can be implemented using, for example, a script language such as ActionScript or JavaScript (registered trademark), an object-oriented programming language such as Objective-C or Java (registered trademark), or a markup language such as HTML5.

1000 Biological information monitoring system 100 Measuring equipment 110 Measuring unit 120 Equipment storage unit 130 Equipment communication unit 200 Information processing terminal 210 Terminal communication unit 220 Processing unit 230 Selection reception unit 240 Display screen 250 Display screen 300 Server device 310 Server storage unit

Claims (8)

A plurality of measuring devices attached to a plurality of subjects to measure the biological information of the subject, and portable information processing for an observer for displaying the biological information of the subject measured by the measuring devices. It is a biological information monitoring system equipped with a terminal.
The plurality of measuring instruments are
Pre-managed as a set with other measuring instruments that can be attached to one subject
A measuring unit that measures the biological information of the subject,
An identification information given to each set of measuring devices, a device storage unit that stores biological information measured by the measuring unit, and a device storage unit.
Issue the additional information according to the registration request, as one of the identification information of the subject in which a plurality of measuring instruments are mounted included in one set, the additional information issued in response to the registration request and the one subject An identification information generation unit that generates identification information including the identification information of the above device, stores the identification information in the device storage unit, and deletes the identification information of the one target person stored in the device storage unit in response to a termination request.
A device communication unit that transmits the identification information of the target person stored by the device storage unit to the information processing terminal.
Have each
The information processing terminal is
A terminal communication unit that receives identification information of a plurality of target persons transmitted from a device communication unit of a plurality of measuring devices attached to the plurality of target persons, and a terminal communication unit.
A processing unit that generates display information for selectively displaying the identification information of the plurality of target persons to the observer, and a processing unit.
A selection reception unit that accepts the selection of the identification information of one target person from the identification information of the plurality of target persons by the observer.
Have,
The terminal communication unit issues a command for transmitting biometric information of one target person to which a plurality of measuring devices for storing identification information of one target person received by the selection reception unit are attached. Send to
Based on the transmission command transmitted from the terminal communication unit, the device communication unit obtains the biometric information of the one target person to which a plurality of measuring devices for storing the identification information of the one target person are attached. Send to the communication department
The processing unit is a biometric information monitoring system that generates display information for displaying biometric information received by the terminal communication unit on the display screen of the information processing terminal. The biometric information monitoring system according to claim 1, wherein the identification information generation unit uses time information or position information as additional information. The information processing terminal further
The target person information reception unit that receives the target person information of the target person acquired from the target person by the observer, and
From the target person information database stored in advance in a predetermined storage device, a target person identification unit that identifies one target person having target person information corresponding to the target person information received by the target person information reception unit is selected. Have and
The terminal communication unit is a biometric information of a target person to which a plurality of measuring devices for storing one identification information received by the selection reception unit are attached, or one of the ones specified by the target person identification unit. The biometric information monitoring system according to claim 1, wherein a command for transmitting biometric information of a target person is transmitted to the device communication unit. The biometric information monitoring system according to claim 3, wherein the subject information includes at least one of name information, fingerprint information, vein information, face information and / or iris information. The biometric information monitoring system further
Equipped with an information processing device for remotely monitoring the biological information
The information processing terminal and the information processing device are connected to a first server device having a server storage unit and a server processing unit via a network.
The server storage unit receives and stores the biometric information transmitted from the information processing terminal, and stores the biometric information.
The biometric information monitoring system according to any one of claims 1 to 4, wherein the server processing unit generates display information for displaying the biometric information on a display screen of the information processing apparatus. .. The biometric information monitoring system according to claim 5, wherein the information processing terminal is further connected to the first server device via a second server device which is an MQTT server. A plurality of measuring devices attached to a plurality of subjects to measure the biological information of the subject, and portable information processing for an observer for displaying the biological information of the subject measured by the measuring devices. It is a biometric information monitoring method executed in a biometric information monitoring system equipped with a terminal.
The plurality of measuring devices are managed as a set in advance together with other measuring devices that can be attached to one subject, and each measuring device is given identification information in advance for each set of measuring devices.
For the plurality of measuring instruments
A measurement step for measuring the biological information of the subject, and
Issue the additional information according to the registration request, as one of the identification information of the subject in which a plurality of measuring instruments are mounted included in one set, the additional information issued in response to the registration request and the one subject It generates identification information of including the identification information, the identification information generating step of deleting the identification information of the one of the subject in response to the end request,
A device storage step that stores the identification information of the subject and the biological information measured in the measurement step, and
A device communication step for transmitting the target person's identification information stored in the device storage step to the information processing terminal, and
To execute each
To the information processing terminal
A terminal communication step for receiving identification information of a plurality of target persons transmitted from a device communication unit of a plurality of measuring devices attached to the plurality of target persons, and a terminal communication step.
A processing step for generating display information for selectively displaying the identification information of the plurality of subjects to the observer, and
A selection acceptance step in which the observer accepts the selection of the identification information of one target person from the identification information of the plurality of target persons in response to the registration request.
To execute,
The information processing terminal sends a command to the measuring device to transmit the biometric information of the one target person to which a plurality of measuring devices for storing the identification information of the one target person received in the selection acceptance step are attached. Send and
Based on the transmission command transmitted by the information processing terminal, the measuring device transmits the biometric information of a target person to which a plurality of measuring devices that store the identification information are attached to the information processing terminal. And
The information processing terminal is a biometric information monitoring method for generating display information for displaying biometric information transmitted by the measuring device and received by the information processing terminal on the display screen of the information processing terminal. A plurality of measuring devices attached to a plurality of subjects to measure the biological information of the subject, and portable information processing for an observer for displaying the biological information of the subject measured by the measuring devices. A biometric information monitoring program for realizing a biometric information monitoring system equipped with a terminal.
The plurality of measuring devices are managed as a set in advance together with other measuring devices that can be attached to one subject, and each measuring device is given identification information in advance for each set of measuring devices.
For the plurality of measuring instruments
A measurement function that measures the biological information of the subject, and
Additional information is issued in response to a registration request, and additional information issued in response to the registration request and the one target person are used as identification information of one target person to which a plurality of measuring devices included in one set are attached. The identification information generation function that generates the identification information including the identification information of the above and deletes the identification information of the one target person in response to the termination request.
A device storage function that stores the identification information of the subject and the biological information measured by the measurement function, and
A device communication function that transmits the identification information of the target person stored in the device storage function to the information processing terminal, and
To realize each
To the information processing terminal
A terminal communication function that receives identification information of a plurality of target persons transmitted from a device communication unit of a plurality of measuring devices attached to the plurality of target persons, and a terminal communication function.
A processing function for generating display information for selectively displaying the identification information of the plurality of subjects to the observer, and
By the observer, and the selection accepting function of accepting selection of the identification information of one subject from the identification information of the plurality of subjects in accordance with the registration request,
Realized,
The information processing terminal, the measuring device an instruction to transmit the biometric information of the selected reception function one subject a plurality of measuring devices you store one subject identification information accepted is mounted in Send to
Based on the transmission command transmitted by the information processing terminal, the measuring device transmits the biometric information of a target person to which a plurality of measuring devices that store the identification information are attached to the information processing terminal. And
The information processing terminal is a biometric information monitoring program that generates display information for displaying biometric information transmitted by the measuring device and received by the information processing terminal on the display screen of the information processing terminal.

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