JP2022016083A - Program, physical condition management device, and physical condition management system - Google Patents

Abstract

To provide a program, a physical condition management device, and a physical condition management system capable of properly managing a physical condition of an object person by a simple method.SOLUTION: A physical condition management device 101 includes: an object person body temperature information recording unit 203 for acquiring a body temperature of an object person and identification information for identifying the object person, and recording, in a recording unit 202, object person body temperature information in which object person information based on the identification information, and body temperature and identification information acquisition time are associated with the body temperature; a body temperature information generation unit 204 for generating first body temperature information, which is the information on the body temperature of the object person in a predetermined time zone of a first period, on the basis of the object person body temperature information; a variation information generation unit 205 for generating variation information indicating a variation amount of the first body temperature information to second body temperature information, which is the body temperature of the object person in a predetermined time zone of a second period prior to the first period; and a physical condition information generation unit 206 for generating physical condition information on the object person including the information indicating whether or not the variation amount exceeds a predetermined threshold on the basis of the variation information.SELECTED DRAWING: Figure 2

Description

The present invention relates to a program, a physical condition management device and a physical condition management system.

In an organization such as a company, maintaining good health of the members of the organization is important for improving the life of each member and the productivity of the organization. Changes in health may result from psychological changes caused by stress. As a method for detecting stress, Patent Document 1 discloses a stress evaluation system based on a still image or the like of a subject photographed by a camera. The stress evaluation system disclosed in Patent Document 1 is bad, which leads to mental upset by extracting features such as facial expressions for determining whether the stress felt by the subject is bad stress or good stress. Measure stress.

Japanese Unexamined Patent Publication No. 2017-176762

As described in Patent Document 1, when stress is determined from a still image or the like taken from a camera, it is possible that a member of the target organization intentionally creates a facial expression or the like. In such a case, the stress of the subject may not be measured accurately, and as a result, the physical condition of the subject may not be properly managed by the manager of the organization or the like.

Therefore, an object of the present invention is to provide a program, a physical condition management device, and a physical condition management system capable of appropriately managing the physical condition of a subject by a simple method.

The program according to one aspect of the present invention acquires the body temperature of the subject and the identification information for identifying the subject on a computer, and obtains the subject information based on the identification information and the acquisition time of the body temperature and the identification information. , The subject body temperature information recording process that stores the subject body temperature information associated with the body temperature in the storage unit, and the subject body temperature information in the predetermined time zone of the first period based on the subject body temperature information. Fluctuation amount of the first body temperature information with respect to the body temperature information generation process for generating a certain first body temperature information and the second body temperature information which is the body temperature information of the subject in a predetermined time zone of the second period before the first period. The fluctuation information generation process that generates the fluctuation information indicating the fluctuation information, and the physical condition information generation processing that generates the physical condition information of the subject including the information indicating whether or not the fluctuation amount exceeds a predetermined threshold based on the fluctuation information. To execute.

This program is a notification process for transmitting to a computer notification information indicating that the fluctuation amount exceeds a predetermined threshold value when the physical condition information indicates that the fluctuation amount exceeds a predetermined threshold value. May be further executed.

The body temperature information generation process may further generate second body temperature information based on the subject's body temperature information.

The body temperature information generation process may generate the second body temperature information by averaging the body temperature in a predetermined time zone over the second period based on the subject's body temperature information.

The body temperature information generation process may generate the first body temperature information by averaging the body temperatures in a predetermined time zone over the first period based on the subject's body temperature information.

In the fluctuation information generation process, the fluctuation information may be generated using the difference between the second body temperature information and the first body temperature information as the fluctuation amount.

The subject body temperature information recording process may acquire the body temperature measured by the thermal camera and record the subject body temperature information.

The subject body temperature information recording process may acquire identification information which is information based on the subject's face image and record the subject's body temperature information.

The physical condition management device according to another aspect of the present invention acquires the body temperature of the subject and the identification information for identifying the subject, and obtains the subject information based on the identification information and the acquisition time of the body temperature and the identification information. , The subject body temperature information recording unit that stores the subject body temperature information associated with the body temperature in the storage unit, and the subject body temperature information in the predetermined time zone of the first period based on the subject body temperature information. Fluctuation amount of the first body temperature information with respect to the body temperature information generation unit that generates a certain first body temperature information and the second body temperature information that is the body temperature information of the subject in a predetermined time zone of the second period before the first period. A fluctuation information generation unit that generates fluctuation information indicating that the fluctuation amount indicates, and a physical condition information generation unit that generates physical condition information of the subject including information indicating whether or not the fluctuation amount exceeds a predetermined threshold based on the fluctuation information. To prepare for.

The physical condition management system according to another aspect of the present invention is a body temperature measuring device for measuring the body temperature of a subject, an identification information acquisition device for acquiring identification information for identifying the subject, and a body temperature acquisition device for acquiring the body temperature. The subject who acquires the identification information from the identification information acquisition device and stores the subject information based on the identification information, the body temperature and the acquisition time of the identification information, and the subject body temperature information associated with the body temperature in the storage unit. The body temperature information recording unit, the body temperature information generation unit that generates the first body temperature information that is the information of the subject's body temperature in the predetermined time zone of the first period based on the subject's body temperature information, and the body temperature information generation unit before the first period. The fluctuation information generation unit that generates fluctuation information indicating the fluctuation amount of the first body temperature information with respect to the second body temperature information, which is the body temperature information of the subject in the predetermined time zone of the second period, and the fluctuation based on the fluctuation information. A physical condition management device including a physical condition information generation unit that generates physical condition information of a subject including information indicating whether or not the amount exceeds a predetermined threshold is provided.

According to the present invention, it is possible to provide a program, a physical condition management device, and a physical condition management system capable of appropriately managing the physical condition of a subject by a simple method.

It is a schematic diagram of the physical condition management system which concerns on this embodiment. It is a block diagram of the physical condition management apparatus which concerns on this embodiment. This is an example of the identification information according to the present embodiment. This is an example of subject body temperature information according to this embodiment. It is another example of the subject body temperature information which concerns on this embodiment. This is an example of body temperature information according to this embodiment. It is another example of the body temperature information which concerns on this embodiment. This is an example of fluctuation information according to this embodiment. This is an example of physical condition information according to this embodiment. This is an example of notification information according to this embodiment. It is a flowchart explaining the subject body temperature information recording processing in the physical condition management apparatus which concerns on this embodiment. It is a flowchart explaining the body temperature information generation processing in the physical condition management apparatus which concerns on this embodiment. It is a graph explaining the body temperature information generated by the body temperature information generation processing which concerns on this embodiment. It is a flowchart explaining the fluctuation information generation processing, the physical condition information generation processing, and the notification processing in the physical condition management apparatus which concerns on this embodiment.

Preferred embodiments of the present invention will be described with reference to the accompanying drawings. In each figure, those with the same reference numerals have the same or similar configurations.

FIG. 1 shows a schematic diagram of the configuration of the physical condition management system 10 according to the present embodiment. The physical condition management system 10 includes a physical condition management device 101, a body temperature measuring device 102, an identification information acquisition device 103, an administrator terminal 104, and a target person terminal 105. The physical condition management device 101, the body temperature measuring device 102, the identification information acquisition device 103, the administrator terminal 104, and the target person terminal 105 are communicably connected to each other through the network N.

The physical condition management device 101 acquires the body temperature of the subject and the identification information for identifying the subject by executing a predetermined program, and manages the physical condition of the subject by using the acquired body temperature and the identification information. It is an information processing device such as a server configured to generate information for the purpose.

The body temperature measuring device 102 has a thermal camera 1021. The body temperature measuring device 102 measures the body temperature of the subject by the thermal camera 1021 and transmits the acquired body temperature to the physical condition management device 101. For the acquisition of the body temperature by the body temperature measuring device 102, in addition to the method based on the thermal image by the thermal camera 1021, for example, a method using a non-contact thermometer that does not acquire the thermal image may be used.

The identification information acquisition device 103 has a camera 1031. The identification information acquisition device 103 acquires a facial image of the subject by the camera 1031. Further, the identification information acquisition device 103 extracts the feature amount of the face image acquired by the camera 1031. The identification information acquisition device 103 transmits a face image and a feature amount to the physical condition management device 101. For the acquisition of the identification information by the identification information acquisition device 103, in addition to the method using the face image and the feature amount using the camera 1031, the method using a card having an IC chip in which the identification code of each subject is stored is used. May be done.

The body temperature measuring device 102 and the identification information acquisition device 103 are installed, for example, at the entrance / exit of the company, and measure the body temperature and acquire the identification information at the timing when the subject arrives at the office or at the timing of a break. Further, the body temperature measuring device 102 and the identification information acquisition device 103 may be integrated as one device. For example, the body temperature measuring device 102 and the identification information acquisition device 103 can be integrated so that a thermal camera can be attached to a smartphone having a camera function.

The administrator terminal 104 is a terminal operated by an administrator such as a person corresponding to the boss of the target person in the company organization. The administrator can know the information processed by the physical condition management device 101 through the administrator terminal 104.

The target person terminal 105 is a terminal operated by the target person. The subject can know the information processed based on his / her body temperature by the physical condition management device 101 through the subject terminal 105.

The administrator terminal 104 and the target person terminal 105 are, for example, computers such as desktop personal computers, notebook personal computers, smartphones, and tablet terminals. That is, any terminal that can communicate with the physical condition management device 101 and can input / output various information may be used.

FIG. 2 shows a block diagram of the physical condition management device 101. The physical condition management device 101 includes a communication unit 201, a storage unit 202, a subject body temperature information recording unit 203, a body temperature information generation unit 204, a fluctuation information generation unit 205, a physical condition information generation unit 206, and a notification unit 207.

Each part of the physical condition management device 101 can be realized, for example, by using a storage area such as a memory in the physical condition management device 101 or by executing a program stored in the storage area by a processor.

The communication unit 201 controls communication between the physical condition management device 101 and the outside through the network N.

The storage unit 202 stores various information used for processing in the physical condition management device 101.

The subject body temperature information recording unit 203 acquires the subject's body temperature from the body temperature measuring device 102 and the subject's identification information from the identification information acquisition device 103. The subject body temperature information recording unit 203 acquires, for example, the body temperature and the face image acquired by the thermal camera 1021 and the camera 1031 at the same timing. It should be noted that the same timing here means the timing at which the reference time for associating the body temperature and the identification information is determined, and does not have to be exactly the same.

The subject body temperature information recording unit 203 refers to the identification information database stored in the storage unit 202 based on the face image, and identifies the subject. FIG. 3 shows an example of an identification information database. The identification information database has items of "target person ID", "target person face image", and "feature amount". The "target person ID" is an identification code assigned to each target person. The "target person ID" corresponds to the target person information. The "target person's face image" is image data of the target person's face image stored in advance. The "feature amount" is information indicating the facial features of the subject such as contours in order to allow changes in facial expressions when comparing the stored facial image with the acquired facial image. ..

When the subject body temperature information recording unit 203 acquires the subject's face image and feature amount from the identification information acquisition device 103, the subject's body temperature information recording unit 203 refers to the identification information database stored in the storage unit 202 and matches the acquired face image and feature amount. Specify the target person ID to be used. The subject ID may be specified by the subject body temperature information recording unit 203 based on either a facial image or a feature amount. Further, when the subject body temperature information recording unit 203 acquires identification information different from the face image and the feature amount from the identification information acquisition device 103, the subject ID is specified based on the identification information. May be good. Further, the identification information may be information that can be used as the target person ID as it is.

The target person body temperature information recording unit 203 stores the target person body temperature information in which the target person ID, the acquisition time of the body temperature and the identification information, and the body temperature are associated with each other in the storage unit 202.

FIG. 4 shows an example of the subject's body temperature information. The subject body temperature information has items of "subject ID", "acquisition date", "acquisition time", "body temperature", and "time zone". In the "target person ID", the target person information indicating the target person specified based on the identification information is recorded. The "acquisition date" is the date on which the body temperature was acquired. The "acquisition time" is the hour and minute when the body temperature is acquired. "Body temperature" is the acquired body temperature. The "time zone" is information indicating a time zone in which 24 hours are divided into 12 time domains every 2 hours. The time zone is expressed in 24 hours, with the time zone "A" from 06:00 to 07:59 and the time zone "B" from 08:00 to 09:59, and the time zone "A" (06). It is provided from: 00 to 07:59) to the time zone "L" (04:00 to 05:59).

In the subject body temperature information of FIG. 4, for example, for the subject whose subject ID is "ID001", the body temperature whose acquisition date is "2020/06/01" is the time zone "A", "C", ". Obtained in "E" respectively. Subject body temperature information is accumulated while being updated for a subject over time. FIG. 4 shows that the body temperature whose acquisition date is “2020/06/02” is acquired in the time zone “A”. FIG. 5 shows an example of the subject body temperature information whose acquisition date is “2019/06/01” or later in the time period before the time when the subject body temperature information of FIG. 4 is acquired.

The time zone can be arbitrarily set by the user of the physical condition management system 10. Here, the width of the time is set to 2 hours, but it may be set every 1 hour or every 3 hours, for example. Further, the width of each time zone does not have to be uniform, and the time zone may be set by a plurality of time zones. The time zone may be a certain time, for example, 12:00. That is, as will be described later, the time zone may be such that the body temperature information generation unit 204 can distinguish the body temperature used when calculating the body temperature over a certain period according to the time.

The body temperature information generation unit 204 generates body temperature information, which is the body temperature of the subject in a predetermined time zone of a certain period, based on the subject body temperature information generated by the subject body temperature information recording unit 203.

The body temperature information generation unit 204 generates body temperature information in the calculation period acquired from the administrator terminal 104 by the physical condition management device 101. Alternatively, the body temperature information generation unit 204 may generate body temperature information in a predetermined calculation period at a predetermined timing.

FIG. 6 shows an example of body temperature information. The body temperature information has items of "subject ID", "calculation period", "time zone", and "average body temperature". In the "target person ID", the ID of the target person specified based on the identification information is recorded. The "calculation period" is the period for acquiring the subject's body temperature information. The "time zone" is information indicating the time zone used for classifying the time when the body temperature was acquired in the subject body temperature information. "Average body temperature" is the average value of body temperature in each time zone of each day included in the calculation period. The body temperature information generation process by the body temperature information generation unit 204 will be described later.

In FIG. 6, for a subject whose subject ID is “ID001”, body temperature information based on the average body temperature in each time zone of each day over a three-month calculation period of “2019/06/01 to 2019/08/31”. Is shown. The calculation period "2020/06/01 to 2020/08/31" corresponds to the first period. The body temperature information in FIG. 6 corresponds to the first body temperature information.

The fluctuation information generation unit 205 generates fluctuation information indicating the amount of fluctuation of the first body temperature information with respect to the second body temperature information which is the body temperature of the subject in the predetermined time zone of the second period before the first period. FIG. 7 shows body temperature information for a subject with the same subject ID “ID001” for three months with a calculation period of “2019/06/01 to 2019/08/31”. Here, the calculation period "2019/06/01 to 2019/08/31" corresponds to the second period. The body temperature information in FIG. 7 corresponds to the second body temperature information.

The second body temperature information is generated by processing by the physical condition management device 101 like the first body temperature information. The second body temperature information may be, for example, general body temperature information referred to from an external terminal or information based on information on body temperature received from the subject. That is, the second body temperature information does not necessarily have to be generated by the physical condition management device 101.

The fluctuation information generation unit 205 generates fluctuation information using, for example, the difference between the first body temperature information and the second body temperature information as the fluctuation amount. FIG. 8 shows an example of fluctuation information. The fluctuation information has items of "target person ID", "first period", "second period", "time zone", and "variation amount".

In the "target person ID", an ID for identifying the target person for which the fluctuation information is to be calculated is recorded. In the "first period", a period for acquiring the body temperature at which it is determined whether or not the subject's body temperature fluctuation has occurred is recorded. In the "second period", the period for acquiring the body temperature, which is the reference for determining the body temperature fluctuation, is recorded. In the "time zone", the time zone set in the body temperature information is recorded. In the "variation amount", the fluctuation amount of the body temperature in the first period with respect to the body temperature in the second period is calculated and recorded as a difference in each time zone. The amount of fluctuation may be calculated not as a difference but as a standard deviation of the body temperature in the corresponding time zone of the first period with respect to the body temperature of each time zone in the second period. The fluctuation information generation process by the fluctuation information generation unit 205 will be described later.

The physical condition information generation unit 206 generates physical condition information of the subject including information indicating whether or not the fluctuation amount exceeds a predetermined threshold value based on the fluctuation information. FIG. 9 shows an example of physical condition information. The physical condition information has items of "subject ID" and "determination result". The "target person ID" is information for identifying the target person. The determination result of the fluctuation amount is recorded in the "determination result". For example, in the case of depression due to stress or the like, the body temperature of the subject tends to be high, and the physical condition information can show signs of such a disease. The physical condition information generation process by the physical condition information generation unit 206 will be described later.

When the notification unit 207 indicates that the fluctuation amount exceeds a predetermined threshold value, the notification unit 207 transmits notification information indicating that the fluctuation amount exceeds the predetermined threshold value to the administrator terminal 104. FIG. 10 shows an example of notification information. The notification information is information obtained by extracting the target person ID and the determination result when the determination result exceeds a predetermined threshold value from the physical condition information.

In addition to the example of FIG. 10, the notification unit 207 may notify the notification information so as to include only the target person ID determined to exceed a predetermined threshold value. The notification unit 207 may refer to the identification information database to acquire a face image of the target person determined to exceed a predetermined threshold value, include the face image in the notification information, and transmit the face image to the administrator terminal 104. ..

Further, the notification unit 207 may generate information for notifying the target person who manages the target person terminal 105 when the fluctuation amount of the target person exceeds the threshold value, and may transmit the information to the target person terminal 105. ..

In addition, the notification information may include advice on how to deal with each target person. Advice may include, for example, a list of words that are not desirable to the subject or a list of questions to the subject if poor physical condition is an indication of depression. By including the advice, it is possible to facilitate the care of the target person by the administrator who received the notification information.

With reference to FIG. 11, the subject body temperature information recording process by the subject body temperature information recording unit 203 will be described.

In step S1101, the subject body temperature information recording unit 203 acquires the subject's face image from the camera 1031 of the identification information acquisition device 103. In step S1102, the subject body temperature information recording unit 203 acquires the subject's body temperature from the thermal camera 1021 of the body temperature measuring device 102. The order of steps S1101 and S1102 may be interchanged or may be simultaneous.

In step S1103, the subject body temperature information recording unit 203 refers to the identification information database of the storage unit 202 and acquires the subject ID corresponding to the acquired face image. In step S1104, the subject body temperature information recording unit 203 acquires the body temperature and the acquisition time of the identification information. The acquisition time of the body temperature and the identification information is obtained by the subject body temperature information recording unit 203 with reference to the clock function inside the physical condition management device 101 or an external server. Further, the acquisition time may be transmitted from the body temperature measuring device 102 and the identification information acquisition device 103 to the physical condition management device 101 together with the body temperature and the identification information transmitted from the body temperature measuring device 102 and the identification information acquisition device 103.

In step S1105, the subject body temperature information recording unit 203 records the subject body temperature information in which the subject information, the acquisition time of the body temperature and the identification information, and the body temperature are associated with each other in the storage unit 202.

The body temperature information generation process by the body temperature information generation unit 204 will be described with reference to FIG. 12.

In step S1201, the body temperature information generation unit 204 acquires the calculation period for calculating the body temperature information. For example, the body temperature information generation unit 204 acquires the calculation period input from the administrator terminal 104, and generates the body temperature information in the acquired calculation period. Alternatively, the body temperature information generation unit 204 may refer to a predetermined calculation period stored in the storage unit 202 at a predetermined timing and acquire the calculation period.

In step S1202, the body temperature information generation unit 204 acquires the subject body temperature information of each subject stored in the storage unit 202.

In step S1203, the body temperature information generation unit 204 acquires the acquisition time of the body temperature and the identification information in the subject body temperature information.

In step S1204, the body temperature information generation unit 204 acquires the body temperature included in each time zone of the target person's body temperature information in the calculation period based on the acquisition time.

A case based on the subject body temperature information of FIG. 4 will be described as an example. When the acquisition date is "2020/06/01", the body temperatures at the acquisition times "08:15", "12:00" and "17:00" are the time zones "A", "C" and "17:00". Each is associated with "E". The body temperature information generation unit 204 acquires the body temperature of each day associated with, for example, the time zone “A”.

In FIG. 4, the body temperatures “36.6 ° C.” and “36.7 ° C.” in the time zone “A” are acquired at the acquisition dates “2020/06/01” and “2020/06/02”, respectively. .. When a plurality of body temperatures are associated with each other in the same time zone of the day, the average value of the plurality of body temperatures may be used as the body temperature in the time zone of the day.

In step S1205, the body temperature information generation unit 204 averages the body temperature acquired for a certain time zone by the number of acquisition days. For example, when averaging the body temperature in the time zone "A" based on the subject body temperature information in FIG. 4, assuming that the number of acquisition days is 2 days, the average value is calculated as "36.65 ° C.".

In step S1206, the body temperature information generation unit 204 determines whether or not the calculation for each target time zone has been completed. If the calculation of each time zone is not completed, in step S1207, the body temperature information generation unit 204 increments the time zone and repeats the process of step S1205.

When the calculation of the average body temperature in each target time zone is completed, the body temperature information generation unit 204 associates the calculation period with the average body temperature in each time zone to generate body temperature information. In FIG. 13, the body temperature information generated by the body temperature information generation unit 204 is indicated by a black circle in the body temperature information in FIG. 6 and a white circle in the body temperature information in FIG. 7. It should be noted that the body temperature information does not have to be obtained for all time zones, but may be obtained for at least one or more time zones.

With reference to FIG. 14, the fluctuation information generation processing by the fluctuation information generation unit 205, the physical condition information generation processing by the physical condition information generation unit 206, and the notification processing by the notification unit 207 will be described.

In step S1401, the fluctuation information generation unit 205 acquires the first period and the second period as the calculation period of the fluctuation information from the administrator terminal 104.

In step S1402, the fluctuation information generation unit 205 acquires the first body temperature information in the first period. To acquire the first body temperature information, the fluctuation information generation unit 205 inputs the first period into the body temperature information generation unit 204 as a calculation period, and acquires the first body temperature information as an output from the body temperature information generation unit 204. Will be done. The first body temperature information may be acquired by referring to the body temperature information generated by the body temperature information generation unit 204 for a predetermined period and stored in the storage unit 202 by the fluctuation information generation unit 205.

In step S1403, the fluctuation information generation unit 205 acquires the second body temperature information in the second period, as in the process in step S1402.

In step S1404, the fluctuation information generation unit 205 generates fluctuation information of the first body temperature information with respect to the second body temperature information.

In step S1405, the physical condition information generation unit 206 determines whether or not the fluctuation amount exceeds a predetermined threshold value. The determination of whether or not to exceed a predetermined threshold value is performed based on, for example, the threshold value stored in the storage unit 202. For example, the physical condition information generation unit 206 determines that the threshold value is exceeded when the fluctuation amount becomes "0.5 ° C." or more even once in each time zone. In this case, based on the example of the fluctuation information in FIG. 8, the physical condition information generation unit 206 determines that the fluctuation information of the target person with the target person ID “ID001” exceeds the threshold value.

The predetermined threshold value used by the physical condition information generation unit 206 may include, for example, a threshold value provided for the amount of fluctuation in a certain time zone. Further, a threshold value provided for the average value of the amount of fluctuation in each time zone may be used. Further, when the fluctuation amount is the standard deviation of the body temperature in the corresponding time zone of the first period with respect to the body temperature of each time zone in the second period, another predetermined threshold value is used.

When it is determined in step S1405 that the fluctuation amount exceeds a predetermined threshold value, in step S1406, the physical condition information generation unit 206 records in the physical condition information that the body temperature fluctuation of the subject exceeds the threshold value.

When it is determined in step S1405 that the fluctuation amount does not exceed a predetermined threshold value, in step S1407, the physical condition information generation unit 206 records in the physical condition information that the body temperature fluctuation of the subject does not exceed the threshold value.

Further, the target for which the physical condition management device 101 detects whether or not the physical condition is unwell may be an individual or an organization as a group of individuals. For example, subject body temperature information may be recorded for a tissue using an average body temperature based on each individual's body temperature. By detecting the collective body temperature fluctuation in the tissue by the physical condition management device 101, it is possible to determine the state of the whole tissue. By determining the condition of each member of the organization after determining the condition of the entire organization, it is possible to care for the organization and each member, and more effectively manage the physical condition of the members (target persons). can do.

In step S1408, the notification unit 207 generates notification information based on the physical condition information. In step S1409, the notification unit 207 transmits the notification information to the administrator terminal 104. The manager who received the notification can provide appropriate care to the subject who is in poor physical condition.

The present embodiment has been described above. The physical condition management device 101 according to the present embodiment acquires the body temperature of the subject and the identification information for identifying the subject, and the subject information based on the identification information, the body temperature and the acquisition time of the identification information, and the body temperature. Based on the subject body temperature information recording unit 203, which stores the subject body temperature information associated with the subject body temperature information in the storage unit 202, and the subject body temperature information, the information on the subject body temperature in the predetermined time zone of the first period. The amount of change in the first body temperature information with respect to the body temperature information generation unit 204 that generates a certain first body temperature information and the second body temperature information that is the body temperature of the subject in a predetermined time zone of the second period before the first period. The fluctuation information generation unit 205 that generates the fluctuation information shown, and the physical condition information generation unit 206 that generates the physical condition information of the subject including information indicating whether or not the fluctuation amount exceeds a predetermined threshold based on the fluctuation information. , Equipped with.

The physical condition management device 101 can generate fluctuation information of the first body temperature information in the predetermined time zone in the first period based on the second body temperature information in the predetermined time zone in the second period. The fluctuation information can be information indicating the body temperature fluctuation of the subject over a relatively long period of time, instead of the body temperature fluctuation during the day. Thereby, for example, by setting the first period to several months or more and the second period to be the same period of the past period, it becomes possible to grasp the gradual change in body temperature of the subject over a long period of time. By detecting a subject who exceeds a predetermined threshold value based on this fluctuation information, it becomes possible to detect a change in physical condition that is difficult to manifest in a short period of time by a simple method based on body temperature.

Further, the physical condition management device 101 can detect the change in the physical condition based on the body temperature, so that the subject can avoid intentionally cheating the physical condition, and the physical condition of the subject can be appropriately managed. ..

The physical condition management device 101 includes a notification unit 207 that transmits notification information indicating that the fluctuation amount exceeds a predetermined threshold value to the terminal when the physical condition information indicates that the fluctuation amount exceeds a predetermined threshold value. Further prepare.

This makes it possible for the terminal administrator to know that the amount of fluctuation in the body temperature of the subject is large. Therefore, the operator of the terminal who has grasped that he / she is in poor physical condition can provide some kind of care to the target person, and can appropriately manage the physical condition of the target person.

The body temperature information generation unit 204 may further generate the second body temperature information based on the subject body temperature information.

This eliminates the need to acquire the second body temperature information, for example, through input by an external terminal. This makes it possible to appropriately manage the physical condition of the subject by a simpler method.

The body temperature information generation unit 204 may generate the second body temperature information by averaging the body temperatures in a predetermined time zone over the second period based on the subject body temperature information.

As a result, in the second period, it is possible to suppress the influence of short-term factors, for example, large body temperature fluctuations that occur only on one day, on the second body temperature information among the fluctuations in body temperature in a certain time zone for each day. Therefore, it becomes possible to generate the second body temperature information more accurately.

The body temperature information generation unit 204 may generate the first body temperature information by averaging the body temperatures in a predetermined time zone over the first period based on the subject body temperature information.

As a result, in the first period, it is possible to suppress the influence of short-term factors, for example, large body temperature fluctuations that occur only on one day, on the first body temperature information among the fluctuations in body temperature in a certain time zone for each day. Therefore, it becomes possible to generate the first body temperature information more accurately.

The fluctuation information generation unit 205 may generate fluctuation information using the difference between the first body temperature information and the second body temperature information as the fluctuation amount.

As a result, the amount of fluctuation can be calculated only by taking the difference between the second body temperature information and the first body temperature information, so that the physical condition of the subject can be appropriately managed by a simple method.

The subject body temperature information recording unit 203 may acquire the body temperature measured by the thermal camera and record the subject body temperature information.

As a result, the body temperature can be acquired without contacting the subject, so that the body temperature can be acquired in a shorter time than when a contact thermometer is used.

The subject body temperature information recording unit 203 may acquire identification information which is information based on the subject's face image and record the subject's body temperature information.

As a result, when acquiring the identification information, it is possible to prevent a person other than the target person from impersonating the target person, so that the physical condition of the target person can be managed more appropriately.

The embodiments described above are for facilitating the understanding of the present invention, and are not for limiting the interpretation of the present invention. Each element provided in the embodiment and its conditions and the like are not limited to those exemplified, and can be appropriately changed.

10 ... Physical condition management system, 101 ... Physical condition management device, 102 ... Body temperature measuring device, 103 ... Identification information acquisition device, 104 ... Administrator terminal, 105 ... Target person terminal, 201 ... Communication unit, 202 ... Storage unit, 203 ... Target Person body temperature information recording unit, 204 ... body temperature information generation unit, 205 ... fluctuation information generation unit, 206 ... physical condition information generation unit, 207 ... notification unit

Claims (10)

On the computer
A target in which the body temperature of the subject and the identification information for identifying the subject are acquired, the subject information based on the identification information, the body temperature and the acquisition time of the identification information, and the body temperature are associated with each other. The subject's body temperature information recording process, which stores the person's body temperature information in the storage unit,
Based on the subject body temperature information, a body temperature information generation process for generating a first body temperature information which is information on the subject's body temperature in a predetermined time zone of the first period, and a body temperature information generation process.
Fluctuation information that generates fluctuation information indicating the amount of fluctuation of the first body temperature information with respect to the second body temperature information which is the information of the body temperature of the subject in the predetermined time zone of the second period prior to the first period. Generation processing and
A program for executing a physical condition information generation process for generating physical condition information of the subject including information indicating whether or not the fluctuation amount exceeds the predetermined threshold value based on the fluctuation information. The program according to claim 1.
To the computer
Further, when the physical condition information indicates that the fluctuation amount exceeds the predetermined threshold value, the notification process of transmitting the notification information indicating that the fluctuation amount exceeds the predetermined threshold value to the terminal is further performed. The program to be executed. The program according to claim 1 or 2.
The body temperature information generation process is a program that further generates the second body temperature information based on the target person's body temperature information. The program according to claim 3.
The body temperature information generation process is a program that generates the second body temperature information by averaging the body temperatures in the predetermined time zone over the second period based on the target person's body temperature information. The program according to any one of claims 1 to 4.
The body temperature information generation process is a program that generates the first body temperature information by averaging the body temperatures in the predetermined time zone over the first period based on the target person's body temperature information. The program according to any one of claims 1 to 5.
The fluctuation information generation process is a program that generates the fluctuation information by using the difference between the first body temperature information and the second body temperature information as the fluctuation amount. The program according to any one of claims 1 to 5.
The subject body temperature information recording process is a program for acquiring the body temperature measured by a thermal camera and recording the subject body temperature information. The program according to any one of claims 1 to 6.
The subject body temperature information recording process is a program for acquiring the identification information which is information based on the face image of the subject and recording the subject body temperature information. A target in which the body temperature of the subject and the identification information for identifying the subject are acquired, the subject information based on the identification information, the body temperature and the acquisition time of the identification information, and the body temperature are associated with each other. The subject's body temperature information recording unit, which stores the person's body temperature information in the storage unit,
A body temperature information generation unit that generates first body temperature information, which is information on the body temperature of the subject in a predetermined time zone of the first period, based on the subject information.
Fluctuation information that generates fluctuation information indicating the amount of fluctuation of the first body temperature information with respect to the second body temperature information which is the information of the body temperature of the subject in the predetermined time zone of the second period prior to the first period. The generator and
A physical condition management device including a physical condition information generation unit that generates physical condition information of the subject including information indicating whether or not the fluctuation amount exceeds the predetermined threshold value based on the fluctuation information. A body temperature measuring device that measures the body temperature of the subject,
An identification information acquisition device that acquires identification information for identifying the target person, and
The body temperature is acquired from the body temperature measuring device, the identification information is acquired from the identification information acquisition device, and the subject information based on the identification information is associated with the body temperature, the acquisition time of the identification information, and the body temperature. The subject's body temperature information recording unit, which stores the subject's body temperature information in the storage unit,
First body temperature information, which is information on the body temperature of the subject in a predetermined time zone of the first period, based on the subject information including the body temperature, the identification information, the body temperature, and the acquisition time of the identification information. The body temperature information generator that generates
Fluctuation information that generates fluctuation information indicating the amount of fluctuation of the first body temperature information with respect to the second body temperature information which is the information of the body temperature of the subject in the predetermined time zone of the second period prior to the first period. The generator and
A physical condition information generation unit that generates physical condition information of the subject including information indicating whether or not the fluctuation amount exceeds the predetermined threshold value based on the fluctuation information.
A physical condition management device equipped with
A physical condition management system equipped with.

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