JP7690829B2 - Health management system and health management method - Google Patents

Description

The present invention relates to a health management system and a health management method.

In the past, when an infectious disease outbreak occurred, when one person met with another person, each person would worry about whether the other person had contracted the infectious disease and was running a fever, which would induce anxiety among them.
In recent years, when entering an office or a conference room, for example, a person in charge must take a temperature measurement. In such cases, companies have had to incur personnel costs and time by assigning a person in charge.
In this case, if the person entering the room self-reports the temperature measurement result to the person in charge, the reliability of the self-reporting was low because there was no third party involved when the temperature was measured.
In addition, there was no established mechanism for disclosing personal health conditions to visitors, which induced anxiety.
On the other hand, there are already inventions for systems to manage personal health information, but because the purpose of these systems is to manage personal health, they do not have the function of proving the individual's (one's) health status to people around them. In other words, because personal health data is treated as personal information, there are restrictions on who can obtain the individual's health status, such as the individual, their company's superiors, and the company's health management personnel.

<Scenes when leaving the office>
Previously, when corporate employees left the office, they had no way of proving that they had a normal body temperature, even if the employees themselves had no such condition.
This caused anxiety for visitors who were out and about, as they were at risk of contracting the virus from the other person.

<Receiving guests>
Traditionally, at offices, exhibitions, theme parks, etc., staff would take guests' body temperatures upon entering the facility or room, or guests would self-report their body temperature.
For this reason, having a staff member take the guest's temperature required personnel costs and effort.In addition, there was no way to prove whether or not a guest had their temperature taken, which led to concerns about infection from the other person.
In addition, guests' self-reporting did not provide proof that they had been tested, which raised anxiety among visitors as they feared they could be infected by the other guests.

<Inside the office>
Traditionally, in corporate offices, employees self-reported their health status to their superiors.
As a result, there was no way to prove that employees had had their temperature taken, which led to the risk of infection between employees and caused anxiety.
In particular, in meetings that span different company departments, meetings are sometimes held with people with whom there is no direct contact and who know nothing of the health status of the meeting participants, which can lead to anxiety about infection among those meeting.

Patent document 1 discloses that, with the aim of providing a user with a highly convenient health management system, a health management system is provided which comprises an authentication device that performs authentication processing between the image forming device that a user requests to use based on the user's identification information, a health data providing device that provides health data about the user if authentication is successful, and an image forming device that collects the health data and generates health management data indicating the user's health condition based on the collected health data, wherein the image forming device assists in health management by providing the health management data.
However, in the technology disclosed in Patent Document 1, the purpose is personal health management, and it is not possible to disclose one's own health management information to other people.
For this reason, the technique disclosed in Patent Document 1 has the problem that it is not possible to prove one's own health to people around oneself.

One embodiment of the present invention has been made in light of the above, and its purpose is to issue a non-symptomatic certificate indicating that the person being tested is not infected with an infectious disease.

In order to solve the above problem, the invention described in claim 1 is a health management system including a health data measurement device connected to a medical and health equipment capable of measuring health data related to a test subject, and a health management server having a storage unit that stores health data received from the health data measurement device, the health data measurement device including a card reader that reads a unique test subject ID from an identification card held by the test subject, a collection unit that collects health data identified by the test subject ID of each test subject measured by the medical and health equipment, a generation unit that generates health management data representing the health condition of the test subject based on the health data collected by the collection unit, health management items, and the test subject ID, and the generation unit and past health management data corresponding to the test subject ID obtained from the health management server; an onset determination unit that determines whether the test subject has developed an infectious disease; an issuance control unit that controls the issuance of image data and/or text data related to a non-symptomatic certificate indicating that the test subject has not developed an infectious disease when the onset determination unit determines that the test subject has not developed an infectious disease; a printer unit; and a print control unit that outputs the image data and/or text data related to the non-symptomatic certificate to the printer unit and controls the printer unit to print the image data and/or text data on a recording medium.

The present invention makes it possible to issue a certificate of non-symptomatic symptoms indicating that the person being tested is not infected with an infectious disease.

1 is a diagram showing a configuration of a health management system according to an embodiment of the present invention; 1 is a block diagram showing a hardware configuration of a health data measurement device according to one embodiment of the present invention; 1 is a hardware configuration diagram of a health management server provided in a health management system according to an embodiment of the present invention. 1 is a block diagram showing a functional configuration of a health management system according to an embodiment of the present invention; 4 is a flowchart showing the operation of a health management system according to one embodiment of the present invention. FIG. 13 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, illustrating a message prompting a body temperature measurement. FIG. 13 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, showing buttons for selecting printing, copying, and transition to FAX. FIG. 13 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, illustrating a message encouraging regular body temperature measurement. FIG. 13 is an explanatory diagram showing the contents of an email used in one scene of the operation of the health management system according to one embodiment of the present invention, illustrating fever confirmation. FIG. 13 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, illustrating a message encouraging regular body temperature measurement. FIG. 2 is a diagram showing an example of a non-symptomatic certificate issued by a health management system according to one embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the embodiments shown in the drawings.
The present invention has the following configuration in order to issue a non-symptomatic certificate indicating that a test subject is free of an infectious disease.
That is, the health management system of the present invention is a health management system including a health data measurement device connected to a medical and health equipment capable of measuring health data related to a test subject, and a health management server having a storage unit for storing health data received from the health data measurement device, the health data measurement device including a card reader for reading a unique test subject ID from an identification card held by the test subject, a collection unit for collecting health data specified by the test subject ID of each test subject measured by the medical and health equipment, a generation unit for generating health management data representing the health condition of the test subject based on the health data collected by the collection unit, health management items, and the test subject ID, and a control unit for controlling the generation unit. and past health management data corresponding to the test subject ID obtained from the health management server; an onset determination unit that determines whether the test subject has developed an infectious disease or not based on the health management data generated by the onset determination unit and past health management data corresponding to the test subject ID obtained from the health management server; an issuance control unit that controls the issuance of image data and/or text data related to a non-development certificate indicating that the test subject has not developed an infectious disease when the onset determination unit determines that the test subject has not developed an infectious disease; a printer unit; and a print control unit that controls the output of the image data and/or text data related to the non-development certificate to the printer unit and printing the image data and/or text data on a recording medium.
With the above configuration, it is possible to issue a certificate indicating that the person being tested is free of infectious diseases.
The features of the present invention described above will be described in detail with reference to the following drawings. However, unless otherwise specified, the components, types, combinations, shapes, relative arrangements, etc. described in the embodiments are merely illustrative examples and do not intend to limit the scope of the present invention.
The above-mentioned features of the present invention will be described in detail below with reference to the drawings.

<Health management system configuration>
FIG. 1 is a diagram showing the configuration of a health management system according to an embodiment of the present invention.
As shown in FIG. 1, the health management system 1 includes a card reader 2a, medical and health equipment 4, an attendance management server 6, an in-house system 8, a smart watch 12, a health manager terminal 14, a health management server 16, a test subject terminal 21, and a health data measurement device 100.
The card reader 2a reads the unique test subject ID from the identification card 22 carried by the test subject 20, and outputs the test subject ID to the health data measurement device 100. When the health data measurement device 100 receives the test subject ID from the card reader 2a, it transmits the test subject ID and an authentication request to the attendance management server 6, and receives the authentication result from the attendance management server 6.
The medical and health equipment 4 is connected to a blood pressure monitor 4 a , a body composition monitor 4 b , a blood glucose level meter 4 c , a thermometer 4 d , etc., and the health data obtained from these medical and health equipment 4 is processed by the health data measurement device 100 .
The attendance management server 6 manages working time data relating to each individual test subject 20 .
The in-house system 8 manages the work content of each employee (subject to be tested).
The test subject terminal 21 is a personal computer connected to the health data measurement device 100 via the external network N1, or a smartphone that the test subject can carry with them wherever they go, and is operated by the test subject 20.

<Smartwatch>
The smart watch 12 is equipped with an optical sensor, a contact pressure sensor, an acceleration sensor, and a GPS sensor, and calculates health data based on sensor data acquired from the human arm.
The optical sensor irradiates the arm of the subject 20 with LED light, receives the light reflected from the arm, and calculates the blood pressure and pulse rate based on the light reception level of the reflected light.
The contact pressure sensor is a sensor that detects the pressure of a part of the human body that is in contact with the sensor, and enables the CPU to calculate blood pressure and pulse rate based on the sensor value.
The acceleration sensor detects acceleration in, for example, three axial directions.
The GPS sensor calculates position information at the reception point based on radio signals received from a plurality of GPS satellites.

The smartwatch 12 calculates blood pressure and pulse using an optical sensor, a contact pressure sensor, etc. The smartwatch 12 also calculates the amount of activity from an acceleration sensor and the position information of the test subject. The smartwatch 12 measures the sleep time and depth from statistical results using these multiple sensors. The smartwatch 12 displays the health data of the test subject (blood pressure, pulse rate transition, amount of activity, sleep time and depth, etc.) accumulated in the smartwatch 12 on the smartwatch 12 as a two-dimensional code.
In detail, the smartwatch 12 calculates blood pressure by combining the measurement of heart rate by electrical signals and the measurement of blood flow by an optical sensor. The smartwatch 12 has a light-emitting unit and a light-receiving unit, and the light from the light-emitting unit hits the arm, and the light reflected from the blood vessels is detected by the light-receiving unit, so that blood pressure can be measured by optical calculation. The smartwatch 12 can also detect sleep based on pulse and body movement, and calculate the duration and depth of sleep. Since the smartwatch 12 can detect movement, it can also calculate the amount of activity.

The smart watch 12 can use the configurations described in the following patent documents.
(1) JP 2018-191785 A An information display device includes a measurement data acquisition unit that acquires measurement results of a blood pressure measurement of a subject while he or she is asleep, a wake-up determination unit that determines whether the subject has woken up, and a display control unit that, when the wake-up determination unit determines that the subject has woken up, causes a display unit to display information indicating the measurement results acquired by the measurement data acquisition unit.

(2) JP 2018-191787 A The present invention includes a blood pressure sensor that continuously measures the blood pressure of a person being measured, a confirmation unit that, when an instruction to start continuous blood pressure measurement is given, confirms whether the person being measured is wearing a treatment device to be used during the continuous blood pressure measurement, a measurement control unit that, when the confirmation unit confirms that the treatment device is being worn, executes continuous blood pressure measurement using the blood pressure sensor, and a display unit that, when the confirmation unit cannot confirm that the treatment device is being worn, displays a guide to encourage the person to wear the treatment device.

(3) JP 2019-141405 A blood pressure measurement device includes a blood pressure measurement unit that measures the blood pressure of a subject, a precursor estimation unit that monitors fluctuations in blood pressure measured by the blood pressure measurement unit and, when the blood pressure drops below a preset threshold value for a predetermined period of time or more, estimates that the fluctuations in blood pressure are a precursor to a blood pressure increase associated with the onset of sleep apnea syndrome, and a signal output unit that outputs a precursor notification signal to the outside of the device when the precursor estimation unit estimates the precursor.

(4) JP 2014-223098 A Acceleration Measuring Means for Measuring Acceleration Due to Body Movement

The health manager terminal 14 is a personal computer connected to the in-house network N3, and is operated by a health manager involved in managing the health of test subjects (employees).
The health management server 16 is a computer server connected to the in-house network N3, which acquires health data of employees (test subjects) and manages the data in association with the test subject ID.
The health data measurement device 100 is a multifunction peripheral, and has the functions of a printer, scanner, copier, fax, etc. in one unit, for example.

The health data measurement device 100 is linked to the company's attendance management server 6, and each task can be obtained from the task record. Therefore, in addition to the medical and health devices attached to the health data measurement device 100, past health check information, and daily health status from the smart watch 12, the task load and working hours can be used to correlate the work status and health status, and appropriate health support can be provided to the subject. For example, if it is found that a short sleep time is correlated with a long working time, it is possible to notify the subject and his/her superior to shorten the working hours.
In addition, multifunction devices and printers have traditionally been connected to a network, and information such as toner and supply unit usage rates, notifications for when to replace these supplies, how the test subject used the device (print volume, image size, color/monochrome information, use of staples, etc.) and environmental information is sent to a server installed in a call center or other location from the vendor's server and accumulated as big data. This big data is then used widely within the company's printer design department, failure prediction department, and other departments.
This embodiment is characterized in that a server connected to these multifunction machines and printers via a network is used, and measured information is stored in the server (health management server).

This information is stored in the health data measuring device 100 and the in-house health management server 16, and the health condition of the test subject can be monitored over time. Furthermore, when the health management server 16 finds any items that appear to be abnormal through continued monitoring, it forces the test subject to measure the relevant items when using the health data measuring device 100.
Moreover, the health management server 16 accumulates data received not only from test subjects who used the health data measurement device 100 but also from each health data measurement device 100 connected to the network, making analysis using big data possible. Medical professionals can check the big data accumulated in the health management server 16 to confirm sudden abnormalities in individuals, characteristics by department in a company, regional disease epidemics, etc.
Based on this information, medical professionals can add items that prompt measurement by the health data measuring device 100, or give direct instructions to the individual test subject or to the health management staff in the department where the health data measuring device 100 is installed.
For example, the health management server 16 can collect statistics on body temperature to check the distribution of people with fevers whose body temperatures are above a specified value, and by comparing this with work management information, it can identify areas where, for example, influenza is prevalent.
The health data measurement device 100 can print the measurement results on a recording medium and also output them to the display unit 140a, which can be decided at the discretion of the test subject.

<Health data measuring device>
FIG. 2 is a block diagram showing the hardware configuration of the health data measurement device according to one embodiment of the present invention.
2 is a hardware configuration diagram of an image forming device (MFP) which is an example of a health data measurement device. As shown in Fig. 2, health data measurement device 100 is composed of an MFP, and includes controller 110, short-range communication circuit 120, engine control unit 130, operation panel 140, network I/F 150, and connection I/F unit 160.
Of these, the controller 110 has a CPU 101 which is the main part of the computer, a system memory (MEM-P) 102, a north bridge (NB) 103, a south bridge (SB) 104, an ASIC (Application Specific Integrated Circuit) 106, a local memory (MEM-C) 107 which is a storage unit, an HDD controller 108, and a HD 109 which is also a storage unit, and is configured such that the NB 103 and the ASIC 106 are connected by an AGP (Accelerated Graphics Port) bus 121.
Of these, the CPU 101 is a control unit that performs overall control of the health data measuring device 100. The NB 103 is a bridge for connecting the CPU 101 with the MEM-P 102, the SB 104, and the AGP bus 121, and includes a memory controller that controls reading and writing to the MEM-P 102, a PCI (Peripheral Component Interconnect) master, and an AGP target.

The MEM-P 102 is composed of a ROM 102a, which is a memory for storing programs and data that realize the various functions of the controller 110, and a RAM 102b, which is used for developing the programs and data, and as a drawing memory during memory printing, etc. The programs stored in the RAM 102b may be provided by recording them in an installable or executable format on a computer-readable recording medium such as a CD-ROM, CD-R, or DVD.
The SB 104 is a bridge for connecting the NB 103 to the PCI device and the peripheral device. The ASIC 106 is an IC (Integrated Circuit) for image processing purposes having hardware elements for image processing, and plays the role of a bridge connecting the AGP bus 121, the PCI bus 122, the HDD controller 108, and the MEM-C 107. The ASIC 106 is composed of a PCI target and an AGP master, an arbiter (ARB) that is the core of the ASIC 106, a memory controller that controls the MEM-C 107, a plurality of DMACs (Direct Memory Access Controllers) that rotate image data using hardware logic, and a PCI unit that transfers data between the scanner unit 131 and the printer unit 132 via the PCI bus 122. The ASIC 106 may be connected to a USB (Universal Serial Bus) interface or an IEEE 1394 (Institute of Electrical and Electronics Engineers 1394) interface.

The MEM-C 107 is a local memory used as a copy image buffer and a code buffer. The HD 109 is a storage for storing image data, font data used during printing, and forms. The HD 109 controls the reading and writing of data from and to the HD 109 under the control of the CPU 101. The AGP bus 121 is a bus interface for a graphics accelerator card proposed to speed up graphic processing, and by directly accessing the MEM-P 102 at high throughput, the graphics accelerator card can be made faster.
The short-distance communication circuit 120 includes a short-distance communication circuit 120a. The short-distance communication circuit 120 is a communication circuit such as NFC or Bluetooth.

The engine control unit 130 is further made up of a scanner unit 131 and a printer unit 132. The operation panel 140 has a display unit 140a made up of a panel such as a touch panel that displays current settings and a selection screen and receives input from the operator, and an operation unit 140b made up of a numeric keypad that receives settings for image formation conditions such as density settings and a start key that receives a copy start command. The controller 110 controls the entire health data measurement device 100, and controls, for example, drawing, communication, and input from the operation panel 140. The scanner unit 131 or the printer unit 132 includes an image processing section such as error diffusion and gamma conversion.

The health data measurement device 100 can sequentially switch among the document box function, copy function, printer function, and facsimile function by using the application switching key on the operation panel 140. When the document box function is selected, the document box mode is selected, when the copy function is selected, the copy mode is selected, when the printer function is selected, the printer mode is selected, and when the facsimile mode is selected, the facsimile mode is selected.
The network I/F 150 is an interface for performing data communication using the external network N1. The short-range communication circuit 120 and the network I/F 150 are electrically connected to the ASIC 106 via a PCI bus 122.
The connection I/F unit 160 is an interface for performing USB communication with a USB device connected via a USB port.
The controller 110 receives commands issued through an operation panel 140 or commands issued by an external device, and executes the processing of a job specified by the command.

The printer unit 132 includes an image forming unit 132a.
The image creating unit 132a is composed of a photosensitive member (latent image carrier), an optical writing unit that forms an electrostatic latent image on the photosensitive member, a developing unit that supplies toner to the electrostatic latent image on the photosensitive member to make it visible, a transfer unit that transfers the toner image on the photosensitive member to a recording medium that has been transported thereto, a cleaning unit that removes toner remaining on the photosensitive member after transfer, and a fixing unit that fixes the toner on the recording medium.
The developing section of a color image forming apparatus is equipped with a yellow (Y) developing device, a cyan (C) developing device, a magenta (M) developing device, and a black (K) developing device for each toner used, and a toner bottle is used as a means for refilling each developing device with toner of each color.

<Hardware configuration of health management server>
3 is a diagram showing the hardware configuration of a health management server provided in a health management system according to an embodiment of the present invention. Here, the hardware configuration of a PC serving as the health management server will be described.
As shown in FIG. 3, the health management server 16 is constructed by a computer, and as shown in FIG. 3, it includes a CPU 201, a ROM 202, a RAM 203, a HD 204, a HDD (Hard Disk Drive) controller 205, a display 206, an external device connection I/F (Interface) 208, a network I/F 209, a bus line 210, a keyboard 211, a pointing device 212, a DVD-RW (Digital Versatile Disk Rewritable) drive 214, and a media I/F 216.
Of these, the CPU 201 controls the overall operation of the PCs 80 and 90. The ROM 202 stores programs used to drive the CPU 201, such as IPL. The RAM 203 is used as a work area for the CPU 201. The HD 204 stores various data such as programs. The HDD controller 205 controls reading and writing of various data from and to the HD 204 under the control of the CPU 201.

The display 206 displays various information such as a cursor, a menu, a window, characters, or an image. The external device connection I/F 208 is an interface for connecting various external devices. In this case, the external devices are, for example, a USB (Universal Serial Bus) memory or a printer. The network I/F 209 is an interface for data communication using the communication network N. The bus line 210 is an address bus, a data bus, or the like for electrically connecting each component such as the CPU 201 shown in FIG. 3.
The keyboard 211 is a type of input means having a plurality of keys for inputting characters, numbers, various instructions, etc. The pointing device 212 is a type of input means for selecting and executing various instructions, selecting a processing target, moving a cursor, etc. The DVD-RW drive 214 controls reading and writing of various data from a DVD-RW 213, which is an example of a removable recording medium. Note that this is not limited to a DVD-RW, and may be a DVD-R or the like. The media I/F 216 controls reading and writing (storing) of data from a recording medium 215, such as a flash memory.

<Functional configuration of the health management system>
FIG. 4 is a block diagram showing the functional configuration of a health management system according to an embodiment of the present invention.
The health management system 1 includes medical and health equipment 4, a health data measurement device 100, a smart watch 12, a health management server 16, a health manager terminal 14, an attendance management server 6, a test subject terminal 21, an identification card 22, a network N1, and a network N3.
The health management system 1 includes a health data measurement device 100 and a health management server 16 .
The health data measurement device 100 has medical and health equipment 4 capable of measuring health data relating to the body of a subject.
The health management server 16 has a storage unit 16 a that stores the health data received from the health data measurement device 100 .

<Medical and health equipment>
The medical and health equipment 4 measures health data relating to the body of the subject.
The medical and health equipment 4 is connected to a blood pressure monitor 4 a , a body composition monitor 4 b , a blood glucose level meter 4 c , a thermometer 4 d , etc., and the health data obtained from these medical and health equipment 4 is processed by the health data measurement device 100 .

<Health data measuring device>
The health data measurement device 100 comprises a memory unit 58 , a scanner unit 131 , a display unit 140 a , and a printer unit 132 .
The collection unit 50 collects the health data of the test subject and items indicating attributes of the health data from the medical and health equipment 4.
The scanner unit 131 reads the two-dimensional code displayed on the smart watch 12 when the display screen of the smart watch 12 is placed on the reading surface of the scanner unit 131.
Furthermore, the scanner unit 131 reads face image data from a face image included on the surface of an identification card.
The conversion unit 50a converts the two-dimensional code read by the scanner unit 131 from the smart watch 12 into health data.
The display unit 140a displays a message prompting the test subject to perform measurements on specific items.
The storage unit 58 stores an operation manual for the medical/healthcare device 4 .
The printer unit 132 prints and outputs image data and/or text data related to the non-symptomatic disease certificate on a recording medium.

Furthermore, the health data measurement device 100 includes a card reader 2a, a collection unit 50, a generation unit 52, an onset determination unit 54, an issuance control unit 56, a memory unit 58, an email issuance unit 60, a timer unit 62, a print control unit 64, a scanner unit 131 and a printer unit 132.
The card reader 2a reads a unique test subject ID from an identification card carried by the test subject.
The collecting unit 50 collects health data identified by the test subject ID of each test subject measured by the medical and health equipment 4.
The generating unit 52 generates health management data representing the health condition of the test subject based on the health data collected by the collecting unit 50, the health management items, and the test subject ID.
The onset determination unit 54 determines whether the test subject has developed an infectious disease based on the health management data generated by the generation unit 52 and past health management data corresponding to the test subject ID obtained from the health management server 16.
The issuance control unit 56 controls the issuance of image data and/or text data related to a non-onset certificate indicating that the test subject has not developed an infectious disease when the onset judgment unit 54 judges that the test subject has not developed an infectious disease.
The print control unit 64 outputs image data and/or text data related to the non-symptomatic disease certificate to the printer unit 132, and controls the printer unit 132 to print the image data on a recording medium.

The storage unit 58 stores the email address related to the test subject terminal 21 owned by the test subject and the email address related to the terminal of the test subject's superior in association with the test subject ID.
The mail issuing unit 60 obtains an email address corresponding to the test subject ID from the storage unit 58, and sends an email including image data and/or text data related to the non-symptomatic certificate to that email address.

Based on the body temperature measurement data included in the health management data generated by the generation unit 52 and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server 16, the onset determination unit 54 determines that the test subject does not have an infectious disease when the body temperature measurement data is lower than the reference body temperature T _th °C and there is no data for M sessions out of the past N days in the health management server 16.

Based on the body temperature measurement data included in the health management data generated by the generation unit 52 and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server 16, the onset determination unit 54 subtracts the average body temperature from the body temperature measurement data T to calculate the differential body temperature ΔT if the body temperature measurement data is lower than the standard body temperature T _th °C, and determines that the test subject has not developed an infectious disease if the differential body temperature ΔT is smaller than the standard differential body temperature ΔT _th °C.

The issuance control unit 56 controls the scanner unit 131 to read facial image data from the facial image contained on the surface of the identification card, and to add the facial image data to the image data and/or text data related to the non-symptomatic disease certificate.

The timer unit 62 measures the current date and time, and outputs the date and time data.
The issuance control unit 56 uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a specified period to the timestamp, and controls the addition of the timestamp and expiration date to the image data and/or text data related to the non-disease certificate.

The card writer 2b records data in an IC chip provided in the identification card.
The issuance control unit 56 controls the card writer 2b so as to record image data and/or text data relating to the non-symptomatic disease certificate in an IC chip provided in the identification card.

The issuance control unit 56 uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and controls the addition of the timestamp and expiration date to the image data and/or text data related to the non-symptomatic certificate.

The health data measurement device 100 is characterized by being a multifunction device equipped with a function for printing a non-onset certificate on a recording medium.

<Health Management Server>
The health management server 16 includes a storage unit 16a and a control unit 16e.
The storage unit 16 a stores the health data received from the health data measurement device 100 .
When the control unit 16e receives body temperature measurement data corresponding to the test subject ID from the health data measurement device 100, it controls the storage unit 16a to record the body temperature measurement data corresponding to the test subject ID.
When the control unit 16e receives a request from the health data measuring device 100 to record body temperature measurement data corresponding to the test subject ID, it controls the unit 16e to obtain the body temperature measurement data corresponding to the test subject ID from the storage unit 16a and transmit the body temperature measurement data corresponding to the test subject ID to the health data measuring device 100.
When the control unit 16e receives issue date and time data of the non-symptomatic disease certificate corresponding to the test subject ID from the health data measurement device 100, it controls the storage unit 16a to record the issue date and time data of the non-symptomatic disease certificate corresponding to the test subject ID.

<Attendance management server>
The attendance management server 6 manages the working hours of the test subjects.

The health management system 1 includes a smart watch 12, a scanner unit 131, and a collection unit 50 including a conversion unit 50a.
The smart watch 12 accumulates health data of the person being examined and displays the health data as a two-dimensional code.
The smartwatch 12 has a function of reading, with a scanner, the health data of the test subject (blood pressure, pulse rate transition, activity level, sleep duration/depth, etc.) stored in the smartwatch 12 and displayed as a two-dimensional code on the smartwatch 12. The smartwatch 12 calculates blood pressure and pulse rate using an optical sensor, a contact pressure sensor, etc. It also calculates activity level from an acceleration sensor and the position information of the test subject. The sleep duration and depth are measured based on the statistical results using these multiple sensors.
The thermometer 4d measures the temperature of the test subject without contact. In recent years, devices capable of measuring body temperature without contact, such as infrared thermography, have become common, and fever checks are also carried out at airports, for example. By providing the health data measurement device 100 with the non-contact thermometer 4d, it is possible to automatically obtain body temperature information of the test subject who logs in to the health data measurement device 100. Of course, the health data measurement device 100 may also be provided with a conventional contact type thermometer.
As a method for measuring the skin (body surface) temperature of the human body in real time, for example, infrared thermography is described in the following URL.
http://www.avio.co.jp/products/infrared/pandemic-solution/

<Health manager terminal>
The health manager terminal 14 is a personal computer operated by the health manager.

The health management server 16 acquires the health data of the test subject and manages the health data in association with the test subject ID.

Health managers can take action in response to notifications and encourage people who have not yet taken a test to do so. Health managers also have the authority to view each employee's health data, enabling them to constantly monitor employees' health status and promote health maintenance.

Each function of the above-described embodiments can be realized by one or more processing circuits. In this specification, the term "processing circuit" includes a processor programmed to execute each function by software, such as a processor implemented by an electronic circuit, and devices such as an ASIC (Application Specific Integrated Circuit), DSP (digital signal processor), FPGA (field programmable gate array), and conventional circuit modules designed to execute each function described above.

<Basic operation of the health management system>
The health management system 1 comprises a health data measuring device 100 connected to a medical and health equipment 4 capable of measuring health data relating to the test subject, and a health management server 16 having a storage unit 16a that stores health data received from the health data measuring device 100.
In addition, the health data measurement device 100 may be a multifunction device equipped with a function for printing the non-symptomatic certificate on a recording medium.
The health management server 16 is equipped with a control unit 16e, and when body temperature measurement data corresponding to the test subject ID is received from the health data measurement device 100, it controls the body temperature measurement data corresponding to the test subject ID to be recorded in the storage unit 16a.
In addition, when the control unit 16e receives a request from the health data measuring device 100 to record body temperature measurement data corresponding to the test subject ID, it controls the unit 16e to obtain the body temperature measurement data corresponding to the test subject ID from the storage unit 16a and transmit the body temperature measurement data corresponding to the test subject ID to the health data measuring device 100.
When the control unit 16e receives issue date and time data of the non-symptomatic disease certificate corresponding to the test subject ID from the health data measurement device 100, it controls the storage unit 16a to record the issue date and time data of the non-symptomatic disease certificate corresponding to the test subject ID.

In the health data measurement device 100, the card reader 2a reads the unique test subject ID from the identification card 22 carried by the test subject.
The collecting unit 50 collects health data identified by the test subject ID of each test subject measured by the medical and health equipment 4.
The generating unit 52 generates health management data representing the health condition of the test subject based on the health data collected by the collecting unit 50, the health management items, and the test subject ID.
The health management data may be structured as follows.

As shown in Table 1, health management data lists health management items, measurement dates, numerical values, standard values, and evaluation stages horizontally, and blood pressure, weight, body fat percentage, blood sugar level, pulse rate, amount of exercise, amount of sleep, and body temperature vertically.

The onset determination unit 54 determines whether the test subject has developed an infectious disease based on the health management data generated by the generation unit 52 and past health management data corresponding to the test subject ID obtained from the health management server 16.
The issuance control unit 56 controls the issuance of image data and/or text data related to a non-onset certificate indicating that the test subject has not developed an infectious disease when the onset determination unit 54 determines that the test subject has not developed an infectious disease.
The print control unit outputs image data and/or text data related to the onset-free certificate to the printer unit 132, and controls the printer unit 132 to print the image data on a recording medium.
This allows a certificate of non-symptomatic status to be issued to prove that the person being tested is not infected with an infectious disease, allowing other people who have visually confirmed the person to meet with the person in question with peace of mind, thereby preventing the spread of infection in advance.

<Details of the health management system operation>
FIG. 5 is a flowchart showing the detailed operation of the health management system according to one embodiment of the present invention.
In step S10, the health data measurement device 100 performs authentication of the test subject.
First, the test subject holds his/her identification card 22 over the card reader 2a. The card reader 2a transmits the test subject ID read from the identification card 22 to the health management server 16 via the health data measurement device 100, and the test subject is authenticated by the health management server 16.
Here, the control unit 16e of the health management server 16 performs authentication processing by checking whether the test subject ID is registered in the storage unit 16a, and if the person is a legitimate employee, allows him/her to log in. Note that, prior to the authentication processing, a password may be input from the operation unit 140b, and this password may be transmitted to the health management server 16 to check whether the combination of the test subject ID and password is registered in the storage unit 16a.
When the authentication process is completed, the health data measurement device 100 and the health management server 16 are connected to each other.

In step S15, the health data measurement device 100 accesses the health management server 16 arranged on the network and checks whether there is a past body temperature measurement record corresponding to the test subject ID. If the health data measurement device 100 confirms that the health management server 16 has a past body temperature measurement record corresponding to the test subject ID, the health data measurement device 100 proceeds to step S17. On the other hand, if the health data measurement device 100 confirms that the health management server 16 does not have a past body temperature measurement record corresponding to the test subject ID, the health data measurement device 100 proceeds to step S25.
In step S17, the health data measurement device 100 accesses the health management server 16, requests health data from past body temperature measurement records corresponding to the test subject ID and the issuance date data of the non-symptomatic certificate, and obtains this data from the health management server 16.

In step S20, the health data measuring device 100 determines, from the body temperature measurement data and the body temperature measurement date and time contained in the health data obtained from the health management server 16 in step S17, whether it has been within t ₁ hours (e.g., approximately 5 to 6 hours) since the last body temperature measurement.
If it is within t ₁ hours since the previous body temperature measurement (Yes), the health data measurement device 100 stops the body temperature measurement if a certificate has already been issued and proceeds to step S50a. On the other hand, if it is more than t ₁ hours (No), it is necessary to measure the body temperature, so the health data measurement device 100 proceeds to step S23.

In step S23, the health data measurement device 100 displays on the display unit 140a a screen 310 including text data such as "XX hours have passed since the temperature was taken. Your body temperature will now be measured" (FIG. 6) as a message encouraging the user to measure their body temperature.
In step S25, the health data measurement device 100 starts measuring body temperature.
At this time, the thermometer 4d is used to measure the body temperature of the test subject in a non-contact manner, and the collection unit 50 acquires body temperature measurement data that is the body temperature measurement result.

In step S30, the onset determining section 54 of the health data measuring device 100 determines whether the body temperature measurement result is higher than the reference body temperature T1°C.
If the body temperature measurement result is higher than the reference body temperature T _th ° C. (for example, T _th is 37.5 ° C.) (Yes), the onset determination unit 54 regards it as a fever and determines that there is a possibility of onset of an infectious disease, and proceeds to step S65.
On the other hand, if the body temperature measurement result is lower than the reference body temperature T _th ° C. (No), the onset determination unit 54 proceeds to step S35.

Even if the temperature is not considered to be a fever, if it is higher than the normal body temperature, it may be possible that an infectious disease has developed. Therefore, in step S35, the onset determination unit 54 checks whether or not data for M times (e.g., M=3-4) in the past N days (e.g., N=7) is available in the health management server 16 (assuming 3 or 4 times in the past week).
If the onset judgment unit 54 finds that the health management server 16 does not have data for M items in the past N days (No), it proceeds to step S60; on the other hand, if the health management server 16 finds that the health management server 16 has data for M items in the past N days (Yes), it proceeds to step S40.
In step S40, the onset determination unit 54 calculates the average body temperature Ta and the difference body temperature ΔT.
First, the onset determination unit 54 calculates the average body temperature Ta from M body temperatures (T ₁ to T _M ) within the past N days according to formula (1).
Ta=(T ₁ +T ₂ +...+T _M )/M (1)
Furthermore, the onset determination unit 54 calculates the difference body temperature ΔT by subtracting the average body temperature Ta (normal normal body temperature) from the body temperature measurement result T according to equation (2).
T-Ta=ΔT (2)

In step S45, the onset determination unit 54 determines whether the difference body temperature ΔT is higher than the reference difference body temperature ΔT _th ° C. or not.
Here, if the differential body temperature ΔT is higher than the reference differential body temperature ΔT _th ° C. (Yes), the onset determination unit 54 determines that there is a possibility of onset of an infectious disease, and proceeds to step S65.
On the other hand, if the difference body temperature ΔT is smaller than the reference difference body temperature ΔT _th ° C. (No), the onset determination unit 54 determines that there is no possibility of onset of an infectious disease, and proceeds to step S55.

<Certificate issue>
In step S50a, the issuance control unit 56 displays, on the display unit 140a, a screen 320 (FIG. 7) including buttons for selecting printing, copying, and switching to FAX as a screen including selection buttons.
In step S50b, since the issuance control unit 56 has already issued a non-onset certificate several hours ago, it does not issue a non-onset certificate this time.

In step S55, the issuance control unit 56 issues a non-symptomatic disease certificate (FIG. 11).
The print control unit 64 outputs image data and/or text data related to the non-onset certificate to the printer unit 132, and controls the printer unit 132 to print the image data on a recording medium. As a result, the image data including the non-onset certificate data can be printed on the recording medium.
This allows a certificate of non-symptomatic symptoms to be issued to the person being tested, stating that they are not infected with the infection, allowing other people who have visually confirmed the person to meet with them with peace of mind, thereby preventing the spread of infection in advance.

The email issuing unit 60 obtains an email address corresponding to the test subject ID from the memory unit 58, and sends an email including image data (FIG. 11) and/or text data related to the non-symptomatic certificate to that email address. As a result, the test subject's terminal 21 carried by the test subject can receive an email including image data and/or text data related to the non-symptomatic certificate.

This allows image data and/or text data relating to a certificate of non-symptomatic status, indicating that the person being tested is not infected with an infectious disease, to be presented on the screen of the person being tested terminal 21, allowing other people who have visually confirmed the person to meet with the person being tested with peace of mind, thereby preventing the spread of infection in advance.
At this time, the issuance control unit 56 obtains the current date data from the timer unit 62 , adds the test subject ID to the date data when the symptom-free certificate was issued, and transmits the data to the health management server 16 .
In response to this, the health management server 16 records in the storage unit 16a the date data on which the symptom-free certificate was issued, corresponding to the test subject ID.

In step S60a, the issuance control unit 56 displays a message on the display unit 140a encouraging regular temperature measurements.
In step S60b, the issuance control unit 56 issues a non-symptomatic certificate.
The print control unit 64 outputs image data and/or text data relating to the non-symptomatic disease certificate to the printer unit 132 and controls the printer unit 132 to print the image data on a recording medium.
The mail issuing unit 60 obtains an email address corresponding to the test subject ID from the memory unit 58, and sends an email including image data (FIG. 11) and/or text data related to the non-symptomatic certificate to that email address.
At this time, the test subject ID is added to the date of issuance of the symptom-free certificate and transmitted to the health management server 16 .
In response to this, the health management server 16 records in the storage unit 16a the date data on which the symptom-free certificate was issued, corresponding to the test subject ID.
However, since there is no comparison with past body temperature measurement results and the reliability is lower than in step S55, it is possible to encourage the test subject to check the progress of their body temperature in the future, such as by encouraging them to measure their body temperature regularly.

The issuance control unit 56 controls the scanner unit 131 to read facial image data from the facial image included on the surface of the identification card 22, and to add the facial image data to the image data and/or text data related to the non-symptomatic disease certificate. As a result, it is possible to issue image data and/or text data related to the non-symptomatic disease certificate to which the facial image data of the test subject has been added.
The issuance control unit 56 uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and performs control so as to add the timestamp and the expiration date to the image data and/or text data related to the non-onset certificate. As a result, it is possible to issue image data and/or text data related to the non-onset certificate with the expiration date added.
The issuance control unit 56 uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and performs control so that the timestamp and expiration date are added to the image data and/or text data related to the non-onset certificate. As a result, the timestamp and expiration date can be added to the image data and/or text data related to the non-onset certificate.
The issuance control unit 56 controls the card writer 2b to record image data and/or text data related to the non-onset certificate in an IC chip provided in the identification card. As a result, the image data and/or text data related to the non-onset certificate can be recorded in the IC chip provided in the identification card.

In step S65a, the mail issuing section 60 issues an email (FIG. 9) notifying that a fever has been confirmed.
In step S65a, the mail issuing unit 60 uses the health management device automatic transmission function to send an e-mail 340 addressed to the mail addresses of the subject's superior and the health management person in charge.
The specific contents of email 340 preferably include, for example, "Title: Fever Confirmed,""Body:","Employee No. XXX,""Name:___," and further, "Fever confirmed. Please encourage the employee to return home and seek medical attention."
In step S65b, the issuance control unit 56 determines that there is a possibility of the subject developing an infectious disease, and urges the subject to go home and to visit a medical facility. If the subject is in an office, the issuance control unit 56 also contacts the subject's superior and health care manager.
At this time, the test subject ID is added to the date data on which it is determined that there is a possibility of onset of an infectious disease, and is transmitted to the health management server 16. The health management server 16 records the date data on which it is determined that there is a possibility of onset of an infectious disease in correspondence with the test subject ID in the storage unit 16a.

<Message encouraging temperature measurement>
FIG. 6 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, which shows a message encouraging measurement of body temperature.
The health data measurement device 100 displays on the display unit 140a a screen 310 including text data saying "XX hours have passed since your temperature was taken. Your temperature will now be measured" as a message encouraging the user to measure their body temperature.

<Screen including selection buttons>
FIG. 7 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, showing buttons for selecting printing, copying, and transition to FAX.
FIG. 7 shows a screen 320 including buttons for selecting printing, copying, and transition to FAX, which is displayed on the display unit 140a in step S50a as a screen including selection buttons.

<Message encouraging regular temperature checks>
FIG. 8 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, which shows a message encouraging regular temperature measurement.
FIG. 8 shows a screen 330 including text data "Please take your body temperature every XX hours" which is displayed on the display unit 140a in step S60a and encourages regular body temperature measurement.

<Fever confirmation email>
FIG. 9 is an explanatory diagram showing the contents of an email used in one scene of the operation of the health management system according to one embodiment of the present invention, illustrating fever confirmation.
FIG. 9 shows an email 340 sent in step S65a to the email addresses of the subject's superior and the health management person in charge by the health management device automatic transmission function.
The specific contents of email 340 preferably include, for example, "Title: Fever Confirmed,""Body:","Employee No. XXX,""Name:___," and further, "Fever confirmed. Please encourage the employee to return home and seek medical attention."

<Messages encouraging people to return home and seek medical attention>
FIG. 10 is an explanatory diagram showing a screen used in one scene of the operation of the health management system according to one embodiment of the present invention, which shows a message encouraging regular temperature measurement.
FIG. 10 shows a screen 350 including text data "You have a fever. Please go home and see a doctor" as a message to encourage the patient to go home and see a doctor, which is displayed on the display unit 140a in step S65b.

<Certificate of Non-Symptomatic Disease>
FIG. 11 is a diagram showing an example of a disease-free certificate issued by a health management system according to one embodiment of the present invention.
FIG. 11 shows a symptom-free certificate 360, which lists "Employee No. XXX", "Name", "Health condition confirmed", and "XX year, △ month, ◇ day, 9:30" as the date of measurement, and "Expiration date XX".
In addition, an email including a certificate of non-symptomatic disease including the above contents may be sent to the email address of the test subject terminal 21.

<Summary of the functions and effects of the embodiment>
<First aspect>
The health management system 1 of this embodiment is a health management system including a health data measurement device 100 connected to a medical and health equipment 4 capable of measuring health data related to a test subject, and a health management server 16 having a storage unit 16a that stores health data received from the health data measurement device 100. The health data measurement device 100 includes a card reader 2a that reads a unique test subject ID from an identification card 22 carried by the test subject, a collection unit 50 that collects health data specified by the test subject ID of each test subject measured by the medical and health equipment 4, a generation unit 52 that generates health management data representing the health condition of the test subject based on the health data collected by the collection unit 50, health management items, and the test subject ID. The system is characterized by comprising an onset judgment unit 54 which judges whether or not the test subject has developed an infectious disease based on the health management data generated by the generation unit 52 and past health management data corresponding to the test subject ID obtained from the health management server 16, an issuance control unit 56 which, when the onset judgment unit 54 judges that the test subject has not developed an infectious disease, controls the issuance of image data and/or text data related to a non-development certificate indicating that the test subject has not developed an infectious disease, a printer unit 132, and a print control unit which outputs the image data and/or text data related to the non-development certificate to the printer unit 132 and controls the image data and/or text data to be printed on a recording medium.
According to the present embodiment, when it is determined that the test subject does not have an infectious disease based on the health management data collected from the test subject and the past health management data, the issuance control unit 56 can issue image data and/or text data related to a non-development certificate indicating that the test subject does not have an infectious disease.
Furthermore, the printing control unit 64 outputs image data and/or text data related to the non-onset certificate to the printer unit 132 and controls the image data and/or text data to be printed on a recording medium, so that the image data and/or text data related to the non-onset certificate can be printed on a recording medium.
This allows a certificate of non-symptomatic symptoms to be issued to the person being tested, stating that they are not infected with the infection, allowing other people who have visually confirmed the person to meet with them with peace of mind, thereby preventing the spread of infection in advance.
In addition, when meeting someone outside the home, the meeting can proceed without eliciting anxiety from the person who has visually confirmed the symptom-free certificate.

<Second aspect>
The health data measuring device 100 of this embodiment is characterized by comprising a memory unit 58 which stores an email address related to the test subject terminal 21 held by the test subject in association with the test subject ID, and an email issuing unit 60 which obtains an email address corresponding to the test subject ID from the memory unit 58 and sends an email including image data and/or text data related to the non-symptomatic certificate to that email address.
According to the present embodiment, the email issuing unit 60 obtains an email address corresponding to the test subject ID from the memory unit 58 and sends an email including image data and/or text data related to the non-disease certificate to that email address, so that the test subject terminal 21 carried by the test subject can receive an email including image data and/or text data related to the non-disease certificate.
This allows image data and/or text data relating to a certificate of non-symptomatic status, indicating that the person being tested is not infected with an infectious disease, to be presented on the screen of the person being tested terminal 21, allowing other people who have visually confirmed the person to meet with the person being tested with peace of mind, thereby preventing the spread of infection in advance.

<Third aspect>
The onset judgment unit 54 of this embodiment is characterized in that, based on the body temperature measurement data included in the health management data generated by the generation unit 52 and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server 16, when the body temperature measurement data is lower than the reference body temperature T _th °C, and when M pieces of data out of the past N days are not in the health management server 16, it judges that the test subject does not have an infectious disease.
According to the present embodiment, the onset determination unit 54 can determine, based on the body temperature measurement data included in the health management data generated by the generation unit 52 and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server 16, that the test subject does not have an infectious disease when the body temperature measurement data is lower than the reference body temperature T _th °C and there is no data for M sessions out of the past N days in the health management server 16.

<Fourth aspect>
The onset judgment unit 54 of this embodiment is characterized in that, based on the body temperature measurement data included in the health management data generated by the generation unit 52 and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server 16, if the body temperature measurement data is lower than the reference body temperature T _th °C, it subtracts the average body temperature from the body temperature measurement data T to calculate the differential body temperature ΔT, and if the differential body temperature ΔT is smaller than the reference differential body temperature ΔT _th °C, it judges that the test subject has not developed an infectious disease.
According to the present embodiment, the onset determination unit 54, based on the body temperature measurement data included in the health management data generated by the generation unit 52 and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server 16, subtracts the average body temperature from the body temperature measurement data T to calculate the differential body temperature ΔT if the body temperature measurement data is lower than the standard body temperature T _th °C, and can determine that the test subject is not developing an infectious disease if the differential body temperature ΔT is smaller than the standard differential body temperature ΔT _th °C.

<Fifth aspect>
The health data measuring device 100 of this embodiment is characterized in that it is equipped with a scanner unit 131, and the issuance control unit 56 controls the scanner unit 131 to read facial image data from the facial image contained on the surface of the identification card, and to add the facial image data to the image data and/or text data related to the non-symptomatic certificate.
According to this embodiment, the issuance control unit 56 reads facial image data from the facial image contained on the surface of the identification card 22 using the scanner unit 131, and controls the scanner unit 131 to add the facial image data to the image data and/or text data related to the non-disease certificate, thereby making it possible to issue image data and/or text data related to the non-disease certificate to which the facial image data of the test subject has been added.
This makes it possible to present image data and/or text data relating to the symptom-free certificate with the facial image data of the person being tested attached, so that other people who have visually confirmed the facial image of the person being tested can meet with the person being tested with peace of mind, thereby preventing the spread of infection in advance.

<Sixth aspect>
The health data measuring device 100 of this embodiment is equipped with a timer unit 62, and the issuance control unit 56 is characterized in that it uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and controls the process to add the timestamp and expiration date to the image data and/or text data related to the non-symptomatic certificate.
According to this embodiment, the issuance control unit 56 uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and controls the timestamp and expiration date to be added to the image data and/or text data related to the non-symptomatic certificate, thereby being able to issue image data and/or text data related to the non-symptomatic certificate with an expiration date added.
This allows the person being tested to present a certificate of non-symptomatic symptoms with an expiration date, certifying that they are not infected with the infection, allowing other people who have visually confirmed the person to meet with them with peace of mind, thereby preventing the spread of infection in advance.

<Seventh aspect>
The health data measuring device 100 of this embodiment is equipped with a timer unit 62, and the issuance control unit 56 is characterized in that it uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and controls the process to add the timestamp and expiration date to the image data and/or text data related to the non-symptomatic certificate.
According to this embodiment, the issuance control unit 56 uses the current date and time data obtained from the timer unit 62 as a timestamp, calculates the expiration date by adding a predetermined period to the timestamp, and controls the timestamp and expiration date to be added to the image data and/or text data related to the non-symptomatic certificate, thereby allowing the timestamp and expiration date to be added to the image data and/or text data related to the non-symptomatic certificate.
This allows the test subject to present a certificate of non-symptomatic symptoms with a timestamp and expiration date to demonstrate that the person is not infected with the infection, allowing other people who have visually confirmed the person to meet with the test subject with peace of mind, thereby preventing the spread of infection in advance.

<Eighth aspect>
The health data measuring device 100 of this embodiment is characterized in that it is equipped with a card writer 2b that records data on an IC chip provided in the identification card, and the issuance control unit 56 controls the card writer 2b to record image data and/or text data related to the non-symptomatic certificate on the IC chip provided in the identification card.
According to this embodiment, the issuance control unit 56 controls the card writer 2b to record image data and/or text data related to the non-onset certificate in an IC chip provided in the identification card, thereby allowing the image data and/or text data related to the non-onset certificate to be recorded in the IC chip provided in the identification card.
This means that when the image data and/or text data related to the non-symptomatic certificate is read from the IC chip attached to the identification card, for example upon entering the room, the image data and/or text data related to the non-symptomatic certificate can be presented, allowing other people who have visually confirmed the person to meet with the test subject with peace of mind and preventing the spread of infection in advance.

<Ninth aspect>
The health data measurement device 100 of this embodiment is characterized in that it is a multifunction device equipped with a function for printing a non-symptomatic disease certificate on a recording medium.
According to this aspect, the health data measurement device 100 is a multifunction device equipped with a function to print a non-onset certificate on a recording medium, so that a multifunction device that is used on a daily basis in a corporate office can be utilized as a health data measurement device.

<Tenth aspect>
The health management server 16 of this embodiment is characterized in that it is equipped with a control unit 16e that controls the storage unit 16a to record body temperature measurement data corresponding to the test subject ID when the body temperature measurement data corresponding to the test subject ID is received from the health data measurement device 100.
According to the present embodiment, when the control unit 16e provided in the health management server 16 receives body temperature measurement data corresponding to the test subject ID from the health data measuring device 100, the control unit 16e controls the body temperature measurement data corresponding to the test subject ID to be recorded in the storage unit 16a, thereby allowing the body temperature measurement data corresponding to the test subject ID to be recorded in the storage unit 16a.

<Eleventh aspect>
The health management server 16 of this embodiment is characterized in that, when requested by the health data measuring device 100 to record body temperature measurement data corresponding to the test subject ID, it is equipped with a control unit 16e that obtains body temperature measurement data corresponding to the test subject ID from the storage unit 16a and controls the body temperature measurement data corresponding to the test subject ID to be transmitted to the health data measuring device 100.
According to this embodiment, when the control unit 16e provided in the health management server 16 receives a request from the health data measuring device 100 to record body temperature measurement data corresponding to the test subject ID, the control unit 16e obtains the body temperature measurement data corresponding to the test subject ID from the storage unit 16a and controls the body temperature measurement data corresponding to the test subject ID to be transmitted to the health data measuring device 100, thereby enabling the health data measuring device 100 to obtain the record of the body temperature measurement data corresponding to the test subject ID.

<Twelfth aspect>
The health management server 16 of this embodiment is characterized in that it is equipped with a control unit 16e that controls the storage unit 16a to record the issuance date and time data of the non-symptomatic certificate corresponding to the test subject ID when it receives the issuance date and time data of the non-symptomatic certificate corresponding to the test subject ID from the health data measurement device 100.
According to the present embodiment, when the control unit 16e provided in the health management server 16 receives issue date and time data of the non-symptomatic certificate corresponding to the test subject ID from the health data measurement device 100, the control unit 16e controls the storage unit 16a to record the issue date and time data of the non-symptomatic certificate corresponding to the test subject ID, thereby making it possible to record the issue date and time data of the non-symptomatic certificate corresponding to the test subject ID.

<Thirteenth aspect>
The health management method of this embodiment is a health management method by a health management system 1 including a health data measurement device 100 connected to a medical and health equipment 4 capable of measuring health data related to the body of a test subject, and a health management server 16 having a storage unit 16a that stores health data received from the health data measurement device 100, and the health data measurement device 100:
The method includes a reading step of reading a unique test subject ID from an identification card held by the test subject via a card reader; a collection step of collecting health data identified by the test subject ID of each test subject measured by medical and health equipment 4; a generation step of generating health management data indicating the health condition of the test subject based on the health data collected in the collection step, the health management items, and the test subject ID; an onset determination step of determining whether or not the test subject has developed an infectious disease based on the health management data generated in the generation step and past health management data corresponding to the test subject ID obtained from health management server 16; an issuance control step of controlling the issuance of image data and/or text data related to a non-development certificate indicating that the test subject has not developed an infectious disease if it is determined by the onset determination step that the test subject has not developed an infectious disease; and a print control step of controlling the issuance of image data and/or text data related to the non-development certificate to a printer unit and to print the image data and/or text data on a recording medium.
The operation and effects of the thirteenth aspect are similar to those of the first aspect, and therefore description thereof will be omitted.

1...health management system, 2a...card reader, 2b...card writer, 4...medical health equipment, 4a...blood pressure monitor, 4b...body composition monitor, 4c...blood glucose meter, 4d...thermometer, 12...smart watch, 14...health manager terminal, 16...health management server, 16a...storage unit, 16e...control unit, 21...test subject terminal, 20...test subject, 22...identification card, 50...collection unit, 52...generation unit, 54...onset determination unit, 56...issuance control unit, 58...storage unit, 60...email issuing unit, 62...timer unit, 64...printing control unit, 100...health data measurement device, 131...scanner unit, 132...printer unit, 140a...display unit

JP 2013-218561 A

Claims (13)

A health data measurement device connected to a medical and health device capable of measuring health data relating to a test subject;
a health management server having a storage unit that stores the health data received from the health data measurement device,
The health data measuring device includes:
A card reader that reads a unique test subject ID from an identification card held by the test subject;
A collection unit that collects health data identified by a test subject ID of each test subject measured by the medical and health care device;
a generating unit that generates health management data representing a health condition of the test subject based on the health data collected by the collecting unit, health management items, and a test subject ID;
an onset determination unit that determines whether or not the test subject has developed an infectious disease based on the health management data generated by the generation unit and past health management data corresponding to the test subject ID acquired from the health management server;
an issuance control unit that controls the issuance of image data and/or text data related to a non-onset certificate indicating that the test subject has not developed an infectious disease when the onset determination unit determines that the test subject has not developed an infectious disease;
A printer unit;
A health management system characterized by comprising: a printing control unit that outputs image data and/or text data related to the non-symptomatic certificate to the printer unit and controls the image data and/or text data to be printed on a recording medium. The health data measuring device includes:
A storage unit that stores an email address related to the test subject terminal owned by the test subject in association with the test subject ID;
The health management system of claim 1, further comprising an email issuing unit that acquires an email address corresponding to the test subject ID from the memory unit and sends an email including image data and/or text data related to the non-symptomatic certificate to the email address. The health management system according to claim 1, characterized in that the onset determination unit determines that the test subject does not have an infectious disease when the body temperature measurement data is lower than the reference body temperature based on the body temperature measurement data included in the health management data generated by the generation unit and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server, and when the health management server does not have M pieces of data in the past N days. The health management system according to claim 1, characterized in that the onset determination unit calculates a difference body temperature by subtracting an average body temperature from the body temperature measurement data T when the body temperature measurement data is lower than a reference body temperature based on the body temperature measurement data included in the health management data generated by the generation unit and the past body temperature measurement data corresponding to the test subject ID obtained from the health management server, and determines that the test subject is not developing an infectious disease when the difference body temperature is smaller than the reference difference body temperature. The health data measuring device includes:
Equipped with a scanner unit,
The health management system according to claim 1, characterized in that the issuance control unit controls the scanner unit to read facial image data from a facial image included on the surface of the identification card, and to add the facial image data to image data and/or text data related to the non-symptomatic certificate. The health data measuring device includes:
A timer unit is provided,
The health management system according to claim 1, characterized in that the issuance control unit controls the current date and time data obtained from the timer unit as a timestamp, calculates an expiration date by adding a predetermined period to the timestamp, and adds the timestamp and the expiration date to image data and/or text data related to the non-symptomatic certificate. The health data measuring device includes:
A timer unit is provided,
The health management system according to claim 6, characterized in that the issuance control unit controls the current date and time data obtained from the timer unit as a timestamp, calculates an expiration date by adding a predetermined period to the timestamp, and adds the timestamp and the expiration date to image data and/or text data related to the non-symptomatic certificate. The health data measuring device includes:
a card writer for recording data in an IC chip provided in the identification card;
2. The health management system according to claim 1, wherein the issuance control unit controls the card writer so as to record image data and/or text data related to the disease-free certificate in an IC chip provided in the identification card. The health management system according to any one of claims 1 to 8, characterized in that the health data measurement device is a multifunction device equipped with a function for printing the non-symptomatic certificate on a recording medium. The health management server includes:
The health management system of claim 1, further comprising a control unit that, when body temperature measurement data corresponding to a test subject ID is received from the health data measurement device, controls the storage unit to record the body temperature measurement data corresponding to the test subject ID. The health management server includes:
2. The health management system of claim 1, further comprising a control unit that, when requested by the health data measurement device to record body temperature measurement data corresponding to the test subject ID, acquires body temperature measurement data corresponding to the test subject ID from the storage unit and controls the body temperature measurement data corresponding to the test subject ID to be transmitted to the health data measurement device. The health management server includes:
The health management system of claim 1, further comprising a control unit that controls the storage unit to record the issuance date and time data of the non-disease certificate corresponding to the test subject ID when the issuance date and time data of the non-disease certificate corresponding to the test subject ID is received from the health data measurement device. A health data measurement device connected to a medical and health device capable of measuring health data relating to a test subject;
a health management server having a storage unit that stores the health data received from the health data measurement device,
The health data measuring device includes:
A reading step of reading a unique test subject ID from an identification card carried by the test subject via a card reader;
a collection step of collecting health data identified by a test subject ID of each test subject measured by the medical and health equipment;
a generating step of generating health management data representing a health condition of the test subject based on the health data collected in the collecting step, health management items, and a test subject ID;
an onset determination step of determining whether or not the test subject has developed an infectious disease based on the health management data generated by the generation step and past health management data corresponding to the test subject ID acquired from the health management server;
an issuance control step of controlling the issuance of image data and/or text data relating to a non-onset certificate indicating that the test subject has not developed an infectious disease when the onset determination step determines that the test subject has not developed an infectious disease;
A health management method comprising: a printing control step of outputting image data and/or text data relating to the disease-free certificate to a printer unit and controlling the image data and/or text data to be printed on a recording medium.

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