JP7631730B2 - HEALTH MANAGEMENT DEVICE, HEALTH MANAGEMENT SYSTEM, HEALTH MANAGEMENT METHOD - Google Patents

Description

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

Generally, companies provide regular health checkups for their employees at least once a year.
Furthermore, if a health management system that can be easily used and adapted to each individual's lifestyle is introduced, it would be even more desirable to be able to manage one's health in everyday life.
Incidentally, MFPs are installed in corporate offices and have become familiar items used by many users. If a health management system could be introduced into the MFP, it would become possible to manage health on a daily basis.

Conventionally, health management systems that utilize the functions of MFPs installed in offices, etc., allow users to store and output health data measured at their own discretion.

The aim of Patent Document 1 is to provide a user with a highly convenient health management environment by constructing a system using existing functions of devices placed in an office or the like.
Japanese Patent Laid-Open No. 2011-133633 discloses a technology for assisting health management by comprising an authentication device that performs authentication processing between an image forming device requested by a user based on the user's identification information, a health data providing device that provides health data related to the user if the 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 health data providing device includes a measuring device that measures data related to the user's body and provides the measurement results as the health data, and the image forming device performs image processing requested by the user using its own image forming function, collects the health data provided by the measuring device using its own communication function, performs image processing requested by the user or requested by a person other than the user while the measuring device is measuring the data related to the user's body, collects the health data provided by the measuring device while waiting for printing, and provides health management data generated based on the collected health data.

However, if a user is in a situation where "they are too busy with work to get a diagnosis because work takes priority" or "they don't have a diagnosis in the first place because they have low awareness of their health," there is a problem that a health checkup cannot be performed with optional measurements and health management cannot be properly carried out.
In addition, because the items to be measured are decided arbitrarily, if measurements that require a long measurement time are neglected, it is not possible to determine items that are showing a tendency to deteriorate, which may result in early detection of illness and worsening symptoms, leading to improper health management.
In the past, there were cases where health checkups were not performed due to the user's own declining health consciousness, and cases were considered in which the condition of the disease worsened due to failure to measure items that tend to worsen. As a result, there was a problem that it was not possible to prevent the symptoms from worsening.

One embodiment of the present invention has been made in consideration of the above, and its purpose is to display a message encouraging the user to measure items of health data related to the user's body that require measurement.

In order to solve the above problem, the invention described in claim 1 comprises a collection unit that collects a user's health data and items that represent attributes of the health data from a medical and health equipment that measures health data related to the user's body; a generation unit that generates health management data that represents the user's health condition based on the health data and items collected by the collection unit; a judgment unit that determines whether or not there are mandatory check items, based on the health management data generated by the generation unit, at least one of items that represent a poor health condition of the user that is outside of standard values , items with insufficient measurements, and items with missing measurements, and determines whether or not there are mandatory check items , a display unit, a memory unit that stores an operation manual related to the medical and health equipment, a printer unit , and a control unit, wherein the control unit controls the display unit to display a message prompting the user to measure the mandatory check items determined by the judgment unit, and when the judgment unit determines that there are mandatory check items, the control unit controls the operation manual to be displayed on the display unit, or controls the operation manual to be printed by the printer unit .

According to the present invention, a message can be displayed encouraging the user to measure items of health data related to the user's body that require measurement.

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 management device 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. 1 is a diagram showing a series of user interfaces on the front surface of the health management device according to the first embodiment of the present invention, from determining that a body composition measurement is necessary for the user, prompting the user to measure the body composition, to completing the measurement. This figure shows a series of user interfaces on the front of the health management device of the second embodiment of the present invention, from when the user determines that an item that can be judged by a smart watch is necessary, to the end of data reading. 13 is a diagram showing a user interface when the health management device according to the third embodiment of the present invention is used in a situation where there is no item that requires measurement/reading, on the front side of the health management device. FIG.

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 display a message encouraging a user to measure items that require measurement among health data related to the user's body.
In other words, the health management device of the present invention comprises a collection unit that collects a user's health data and items that represent attributes of the health data from medical and health equipment that measures health data related to the user's body, a generation unit that generates health management data that represents the user's health condition based on the health data and items collected by the collection unit, a judgment unit that determines whether or not there are mandatory check items, based on the health management data generated by the generation unit, at least one of items that represent a tendency for the user's health condition to deteriorate, items with insufficient measurements, and items with missing measurements, and determines whether or not there are mandatory check items, a display unit, and a control unit, and the control unit is characterized in that it controls the display unit to display a message encouraging measurement for the mandatory check items determined by the judgment unit.
With the above configuration, it is possible to display a message encouraging the user to measure items that require measurement among the health data related to the user's body.
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 2, medical and health equipment 4, an attendance management server 6, an in-house system 8, a medical worker terminal 10, a smart watch 12, a health manager terminal 14, a health management server 16, and a health management device 100.
Card reader 2 reads a unique employee ID from employee ID card 22 held by user 20, and outputs the employee ID to health management device 100. When health management device 100 receives the employee ID from card reader 2, it transmits the employee ID and an authentication request to attendance management server 6, and receives an authentication result from 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 meter 4 c , etc., and the health data obtained from these medical and health equipment 4 is processed by the health management device 100 .
The attendance management server 6 manages working time data relating to each individual user 20 .
The in-house system 8 manages the business operations of each employee (user).
The medical staff terminal 10 is a personal computer connected to the health management device 100 via a network N1, and is operated by a medical staff member 10a who provides explanations about the medical and health equipment 4.
The health management apparatus 100 uses the scanner unit 131 to read the results of health checkups that the user 20 has previously taken, and stores the results in the hard disk 109 or the health management server 16 .

<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 user 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 user's location information. The smartwatch 12 measures the duration and depth of sleep based on statistical results using these multiple sensors. The smartwatch 12 displays the user's health data (blood pressure, pulse rate transition, amount of activity, duration and depth of sleep, 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 configuration of the smart watch 12 can be diverted from that of 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

Health manager terminal 14 is a personal computer connected to in-house network N2, and is operated by a health manager involved in managing the health of users (employees).
The health management server 16 is a computer server connected to the in-house network N2, which acquires health data of employees (users) and manages the data in association with the employee ID.
The health management device 100 is a multifunction peripheral, and for example, has the functions of a printer, a scanner, a copier, a fax, and the like in one device.

The health management device 100 is linked to the company's attendance management server 6, and can also obtain the details of each task from the work records. Therefore, in addition to the medical and health equipment attached to the health management device 100, past health check information, and daily health status from the smart watch 12, it can correlate the work situation and health status from the work load and working hours, and provide appropriate health support to the user. For example, if it is found that short sleep hours are correlated with long working hours, it is possible to notify the user or their superior to shorten working hours.

This information is stored in the health management device 100 and the in-house health management server 16, allowing the user's health condition to be monitored over time. Furthermore, if the health management server 16 discovers any items that appear to be abnormal through continued monitoring, it will force the user to measure the relevant items when using the health management device 100. The measurement results can be printed on a recording medium and can also be output to the display unit 140a, which can be decided by the user.

<Health Management Device>
FIG. 2 is a block diagram showing the hardware configuration of the health management device according to one embodiment of the present invention.
2 is a hardware configuration diagram of an image forming apparatus (MFP) that is an example of a health management device. As shown in Fig. 2, the health management device 100 is configured by an MFP (Multifunction Peripheral/Product/Printer), and includes a controller 110, a short-range communication circuit 120, an engine control unit 130, an operation panel 140, a network I/F 150, and a 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 management 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 PCI devices and peripheral devices. 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 Universal Serial Bus (USB) interface or an Institute of Electrical and Electronics Engineers 1394 (IEEE1394) 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.
Furthermore, the engine control unit 130 is composed of a scanner unit 131 and a printer unit 132. The operation panel 140 includes a display unit 140a composed of a panel such as a touch panel that displays current setting values and a selection screen and receives input from an operator, and an operation unit 140b consisting of a numeric keypad that receives setting values for image formation conditions such as density setting conditions and a start key that receives a copy start instruction. The controller 110 controls the entire health management 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 unit such as error diffusion and gamma conversion.

The health management device 100 can successively switch between a document box function, a copy function, a printer function, and a facsimile function by using an 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 communication 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.
Among these, the part relating to the present invention is the part from the engine control unit 130 to the printer unit 132, and this point will be mainly described.

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.
The image forming unit 132a supplies infrared toner to the electrostatic latent image on the photoconductor, thereby making the toner image formed on the recording medium invisible.

<Functional configuration of the health management system>
FIG. 3 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 a medical and health device 4 , a collection unit 50 , a generation unit 51 , a judgment unit 52 , a display unit 140 a , and a control unit 53 .
The medical/health equipment 4 measures health data relating to the user's body.
The collection unit 50 collects the user's health data and items representing attributes of the health data from the medical and health equipment 4.
The generating unit 51 generates health management data representing the user's health condition based on the health data and items collected by the collecting unit 50.
Based on the health management data generated by the generation unit 51, the judgment unit 52 determines whether or not a required check item is present by determining at least one of the items indicating a worsening trend in the user's health condition, items with insufficient measurements, and items with missing measurements.
The display unit 140a displays a message prompting the user to measure a specific item.
The control unit 53 controls the display unit 140 a to display a message prompting measurement of the essential check items determined by the determination unit 52 .

The health management server 16 includes a determination unit 52 .
The determination unit 52 transmits the health management data generated by the generation unit to the health management server 16, and determines whether or not there is a mandatory check item based on the determination result received from the health management server 16.

The health management server 16 includes a storage unit 16a and a health management analysis unit 16b.
The storage unit 16 a stores the health management data received from the determination unit 52 .
The health management analysis unit 16b analyzes the health management data read from the storage unit 16a.
The health management server 16 designates at least one of the items from the results of the analysis by the health management analysis unit 16b that indicate a tendency for the user's health condition to deteriorate, items for which measurements are insufficient, or items for which measurements are missing as required check items, and transmits the required check items to the judgment unit 52 as judgment results.

The health management analysis unit 16b calculates the correlation value between the health management data read from the storage unit 16a and the standard health management data for each item, and extracts required check items when the correlation value meets a predetermined condition.

The health management system 1 further includes a storage unit 54 and a printer unit 132 .
The storage unit 54 stores an operation manual for the medical/healthcare device 4 .
The printer unit 132 prints the operation manual on a recording medium.
When the determining unit 52 determines that there is a required check item, the control unit 53 controls the display unit 140a to display the operation manual, or controls the printer unit 132 to print the operation manual.

The health management system 1 further includes an attendance management server 6 and a control unit 53 including an analysis unit 52a.
The attendance management server 6 manages the working hours of users.
The analysis unit 52a obtains working hours data relating to the user from the attendance management server 6, calculates the correlation value between the working hours data and each item of health data, and extracts required check items when the correlation value satisfies predetermined conditions.
The analysis unit 52a may use the configurations described in the following patent documents.
(1) JP 2017-107560 A A working environment improvement system includes a storage unit that accumulates data indicating results of each item constituting a group of attendance items, a group of health check items, and a group of stress check items as a history; and an analysis unit that extracts the second item as a related item when a correlation between the first data and the second data satisfies a condition indicating a high correlation, wherein one of the group of attendance items, the group of health check items, and the group of stress check items is a first item group and at least one other than the first item group is a second item group, the data indicating results of each first item constituting the first item group as a history is first data, and the data indicating results of each second item constituting the second item group as a history is second data, and the correlation between the first data and the second data satisfies a condition indicating a high correlation.

The health management system 1 further includes a medical staff terminal 10 .
The medical staff terminal 10 is operated by a medical staff member who provides an explanation about the medical and health equipment 4 .

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 the user's health data and displays the health data as a two-dimensional code.
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.
The conversion unit 50a converts the two-dimensional code read by the scanner unit 131 from the smart watch 12 into health data.
The smartwatch 12 has a function of reading, with a scanner, the user's health data (blood pressure, pulse rate, 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 user's location information. The smartwatch 12 measures sleep duration and depth based on the statistical results obtained using these multiple sensors.

The control unit 53 controls the display unit 140a to display a message encouraging the user to place the palm of their hand on the reading surface of the scanner unit 131, controls the scanner unit 131 to give a reading command, obtains image data of the scanned user's palm from the scanner unit 131, and controls the scanner unit 131 to analyze the components contained in the biological tissue of the user's palm based on the image data.
The scanner unit 131 has a light-emitting unit and a light-receiving unit, and can identify the components contained in the food based on the difference between the emission spectrum and the reflection spectrum of the palm of the hand, thereby determining whether or not the intake of vegetables is insufficient.
Regarding measuring the palm of the hand to check for a lack of vegetables, etc., the configuration of the following patent document can be used.
(1) Special table publication No. 2011-523059 (2) Special table publication No. 2012-515349

The health management system 1 includes a printer unit 132 that includes an image forming unit 132a.
The image forming unit 132a supplies infrared toner to the electrostatic latent image on the photoconductor, thereby making the toner image formed on the recording medium invisible.

The health management system 1 includes a health manager terminal 14 .
The health manager terminal 14 is a personal computer operated by the health manager.
The control unit 53 controls the health manager terminal 14 to send an email including a message indicating that health data relating to a required check item that the user is prompted to measure is missing if health data for the required check item is not obtained.
The control unit controls the health manager terminal 14 to send an email including a message indicating that health data relating to a required check item that the user is prompted to measure is missing if health data is not obtained for the required check item.

a health management server 16 that acquires health data of a user and manages the health data in association with a user ID;
The health management server 16 analyzes the accumulated health data for each user and issues a data request for health data when recent information about the health data is missing.

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.

<Operation of the health management system>
FIG. 4 is a flowchart showing the operation of the health management system according to one embodiment of the present invention.
First, the user holds his/her employee ID card 22 over the card reader 2 , and is authenticated by the health management device 100 based on the employee ID read by the card reader 2 .
In step S10, the control unit 53 performs user authentication. When the user holds his/her employee ID card 22 over the card reader 2, the control unit 53 controls the card reader 2 to read the employee ID from the employee ID card 22, and performs authentication processing by checking whether the employee ID is registered in the storage unit 54, and logs in if the user is a legitimate employee. Note that the configuration may be such that, prior to the authentication processing, the user is prompted to input a password from the operation unit 140b, and it is checked whether the combination of the employee ID and password is registered in the storage unit 54.

<Measurement of essential check items>
In step S15, control unit 53 judges whether or not there is a required check item by judgment unit 52. That is, based on the health management data of user 20, judgment unit 52 determines whether or not there is a required check item at least one item from among items indicating a worsening trend in the user's health condition, items with insufficient measurements, and items with missing measurements, as a required check item, and judges whether or not there is a required check item.
Here, since the health management data of user 20 is stored in memory unit 54 , judgment unit 52 reads out the health management data associated with the employee ID of user 20 from memory unit 54 .
The health management data may be structured as follows.

As shown in Table 1, health management data is organized with the item, measurement date, numerical value, standard value, and evaluation stage listed horizontally, and blood pressure, weight, body fat percentage, blood sugar level, pulse rate, amount of exercise, and amount of sleep listed vertically.
The judgment unit 52 refers to Table 1 and designates items that the user has not measured recently, items that are showing a tendency to worsen, items that have not been measured, or items that have not been measured sufficiently as "essential check items," and in step S20 presents the user with a message urging them to measure.
On the other hand, if there are no required check items, the control unit 53 proceeds to step S40 and moves to measurement of optional items.
Users have been notified in advance by email of the "required check items."

In step S20, the control unit 53 presents the required check items. That is, the control unit 53 controls the display unit 140a to display a message prompting measurement of the required check items determined by the determination unit 52.
In step S25, control unit 53 has the user determine whether or not to check the required check items using determination unit 52. If the required check items are to be checked, control unit 53 proceeds to step S30 and performs measurement. On the other hand, if the required check items are not to be checked, control unit 53 proceeds to step S35 and sends an email to health manager terminal 14 to notify the health manager.

In step S30, the control unit 53 controls so as to carry out measurements for the essential check items.
Here, a method of using the measuring device will be explained using the display unit 140a. It is also possible to output print data showing the method of using the measuring device to the printer unit 132 and print it on a recording medium (paper).
The health management device 100 is connected to the medical staff terminal 10 via the network N1, so that if there is anything unclear, a nurse or doctor can follow up with the patient via TV phone using the display unit 140a.
The health management device 100 can also read the health checkup document P1 using the scanner unit 131 and perform character recognition processing to collect health data.

When the required check item is body composition measurement, user 20 measures the user's weight, body fat percentage, etc. using body composition meter 4b included in medical health device 4. Collection unit 50 collects health data such as the user's weight and body fat percentage and the names of each item from body composition meter 4b.
The generating unit 51 generates health management data representing the user's health condition based on the health data and items collected by the collecting unit 50.
The judgment unit 52 writes the health management data generated by the generation unit 51 into the storage unit 54, and accumulates the health management data in the storage unit 54. As a result, as shown in Table 1, health management data is generated that includes the measurement date, numerical value, and general standard value for the measured item corresponding to the measured item name.
In addition, the determination unit 52 may transmit the health management data generated by the generation unit 51 to a health management server, thereby causing the health management server to accumulate the health management data.

In step S35, when the user selects a button for specifying not to carry out the required check item, the control unit 53 notifies the health manager by sending an email to the health manager terminal 14. It is assumed that the health manager is a supervisor or an industrial physician.
The health manager controls display unit 140a to display a message urging a user who is unable to measure the required check items to measure the check items.
For example, for people who have a large workload and do not have time to take measurements, we will take measures such as reducing the workload to ensure that they have time to take measurements.

<Measurement of free check items>
In step S40, control unit 53 is able to carry out measurements for the optional check items after passing through steps S15 to S35. Here, control unit 53 prompts the user to decide whether or not to measure the optional check items or to read health data with scanner unit 131.
In step S45, the control unit 53 controls the display unit 140a to display a message prompting the user to select a free check item or a button for specifying result input. At this time, when an item displayed on the display unit 140a is pressed, the control unit 53 acquires the pressed item.
In step S50, the control unit 53 receives measurements of free check items by the user or inputs the results. As a result, health management data is generated, including the measurement date, numerical values, and general standard values for the measured items, as shown in Table 1.

When the optional check item is body composition measurement, the user 20 measures the user's blood pressure using a blood pressure monitor 4a included in the medical health device 4. The collection unit 50 collects health data of the user's blood pressure and the item name from the blood pressure monitor 4a.
The generating unit 51 generates health management data representing the user's health condition based on the health data and items collected by the collecting unit 50.
The determination unit 52 writes the health management data generated by the generation unit 51 into the storage unit 54, and causes the health management data to be accumulated in the storage unit 54.
In addition, the determination unit 52 may transmit the health management data generated by the generation unit 51 to a health management server, thereby causing the health management server to accumulate the health management data.

<Accumulation of collected data>
In step S55, control unit 53 stores the health data received by the measurement of the optional check items or the result input. Control unit 53 stores the health data in memory unit 54. Control unit 53 also transmits the health data to health management server 16, and stores the health data in storage unit 16a.
At this time, the measurement results from health management device 100 and the health data input via scanner unit 131 are stored in memory unit 54 and storage unit 16a.
Furthermore, the attendance management server 6 stores attendance management data that is updated daily.
In step S55, control unit 53 stores the health data received by the measurement or result input of the required check items. Control unit 53 stores the health data in memory unit 54. Control unit 53 also transmits the health data to health management server 16, and stores the health data in storage unit 16a.
At this time, the measurement results from health management device 100 and the health data input via scanner unit 131 are stored in memory unit 54 and storage unit 16a.
As a result, as shown in Table 1, health management data including the measurement date, numerical values, and general standard values related to the measured items corresponding to the measured items are stored in the memory unit 54 and the storage unit 16a.

<Analysis of collected data>
Next, in step S 55 , the control unit 53 transmits an analysis request to the health management server 16 to request an analysis of the health management data relating to the user 20 .
In the health management server 16, the storage unit 16a stores the health management data received from the judgment unit 52. The health management analysis unit 16b analyzes the health management data read from the storage unit 16a. At least one of the items indicating a worsening trend in the user's health condition, items with insufficient measurements, and items with missing measurements among the results of the analysis by the health management analysis unit 16b is determined as a required check item, and the required check item is transmitted to the judgment unit 52 as a judgment result.
The health management analysis unit 16b analyzes whether the health management data deviates from the standard values, and gives an evaluation level of "1" to "5" for the relevant item.
In addition, the health management analysis unit 16b calculates a correlation value between the user's health management data for each item and the standard health management data for each item, and if the correlation value satisfies a specified condition, it determines that the user's health condition is showing a tendency toward deterioration, and assigns an evaluation level of "1" to "5" for the relevant item.
Here, if the obtained result is outside the standard value, the health management analysis unit 16b determines that the user's health condition is showing a deteriorating tendency.
Table 2 is an example of a five-level evaluation given in a health check by a local government, and can also be referred to in this embodiment.

When the measurement date corresponding to an item in the health management data of user 20 is registered, for example, one year or more in the past from the current date, health management analysis unit 16b determines that the item is one for which measurement has not been performed yet.
Health management analysis unit 16b determines that a measurement is missing when data on a measurement date and numerical values corresponding to an item are not registered in the health management data of user 20.
In this way, the health management analysis unit 16b may determine, based on the health management data of user 20, at least one of the items indicating a deteriorating trend in the user's health condition, items with insufficient measurements, and items with missing measurements as a required check item, and determine whether or not there is a required check item.
In addition, the judgment unit 52 may determine, based on the health management data of the user 20, at least one of items indicating a tendency for the user's health condition to deteriorate, items for which measurements are insufficient, and items for which measurements are missing, as a required check item, and judge whether or not there is a required check item.

The health management analysis unit 16b also calculates correlation values between the health management data read from the storage unit 16a and the standard health management data for each item, and extracts required check items when the correlation values satisfy predetermined conditions.

The attendance management server 6 manages the working hours of users. In the control unit 53, the analysis unit 52a acquires working hour data of users from the attendance management server 6, calculates the correlation value between the working hour data and each item of health data, and extracts required check items when the correlation value meets a predetermined condition.

<Deciding whether to check repeatedly>
In step S57, the control unit 53 judges whether or not there are still required check items. If there are still required check items, the control unit 53 automatically proceeds to step S20 to perform another check. On the other hand, if there are no required check items, the control unit 53 automatically proceeds to step S60.
In step S60, the control unit 53 is in a state where there are no mandatory measurement items at this stage. If the control unit 53 wishes to carry out additional optional check items, it can return to step S45.

On the other hand, if the user does not wish to carry out any additional optional check items, the control unit 53 proceeds to output of the diagnosis result. This is done at the user's discretion.
In step S65, the control unit 53 judges whether or not a health check has been performed even once before reaching this stage. At this time, if the result has been input, the control unit 53 proceeds to step S70 and outputs the diagnosis result.

On the other hand, in step S65, if the control unit 53 determines that the health check/result input has never been performed, the process proceeds to step S75, where the control unit 53 switches to the normal MFP function. This determination is automatically made by the health management device 100.
In step S70, the control unit 53 outputs the diagnosis result. The diagnosis result includes the current measurement result, the progress, and a comment ("No abnormalities found,""XX is getting worse, so be careful,""XX needs to be diagnosed by a doctor.").

First Embodiment
<User Interface (UI) (Part 1)>
FIG. 5 is a diagram showing a series of user interfaces (UIs) on the front surface of the health management device according to the first embodiment of the present invention, from determining that the user needs to measure body composition, prompting the user to measure the body composition, to completing the measurement.
Health management server 16 analyzes the accumulated health information for each user and requests, for example, body composition measurement from health management device 100 as a required check item. When predicting changes in body composition over time and associated diseases, health management server 16 requests body composition measurement if there is an item that has not been measured for a while in order to check accurate changes over time.

After checking the contents of email M5, the user heads to health management device 100.
In step S10, after completing user authentication, the control unit 53 controls the health management device 100 to display a screen G5 prompting the user to measure body composition on the screen of the display unit 140a.
In step S15, if the user presses the "Do not perform" button B2 and the measurement is not to be performed, the control unit 53 transmits an email M10 to the health manager terminal, and the use of the health management device 100 is restricted.

On the other hand, in step S30, if the user presses the "Perform" button B1 and proceeds to measurement, the control unit 53 displays a screen G10 showing how to use the body composition monitor.
At this time, the user can press the "Manual Print" button B3 to print the explanation on a recording medium (recording paper), or if there is anything unclear, the user can press the "Ask Question" button B4 to display screen G15. By connecting to the medical staff terminal 10 via the network N1, it becomes possible to receive direct explanation from a nurse.
This allows the patient to take measurements using body composition meter 4b while using health management device 100 and receiving instructions from a nurse.

In step S40, the control unit 53 displays a screen G20 on the display unit 140a, which displays a message asking the user whether or not to measure or input data for a free check item.
A "Perform" button B6 and a "Do not perform" button B7 are displayed on the screen G20. When the "Perform" button B6 is pressed by a user operation, it is also possible to measure optional check items.
In step S65, the control unit 53 displays a screen G25 showing the diagnosis result, so that the user can check the health data.

Second Embodiment
<User Interface (UI) (Part 2)>
FIG. 6 is a diagram showing a series of user interfaces (UIs) on the front surface of the health management device 100 according to the second embodiment of the present invention, from when the user determines that an item that can be judged by the smart watch 12 is necessary, to when data reading is completed.
The health management server 16 analyzes the accumulated health information for each user and, if recent information on health data is missing, issues a data request to the health management device 100 requesting health data accumulated in the smart watch 12.
In this embodiment, if recent information on pulse data is missing, a data request is issued to obtain recent information on pulse data from the smart watch 12 .

After checking the email M20, the user heads to the health management device 100.
In step S10, after the control unit 53 has completed user authentication for the health management device 100, a screen G40 stating "Pulse data must be read from the smart watch 12" appears on the monitor.
In step S15, if the user presses the "Do not perform" button B12 and the measurement is not performed, the control unit 53 notifies the health manager by email M25. Also, the use of the health management device 100 is restricted.

On the other hand, in step S30, if the user presses the “Perform” button B11 and proceeds to measurement, the control unit 53 displays a screen G45 indicating a method for reading data from the smart watch 12.
That is, in step S30, when the user presses the "Perform" button B11 and proceeds to measurement, the control unit 53 displays a screen G45 indicating how to use the smart watch, which reads, "Display the QR code (registered trademark) on the smart watch and read it with a scanner."
At this time, the user can press the "Manual Print" button B13 to print the explanation on a recording medium (recording paper), and if there is anything unclear, the user can press the "Ask Question" button B14 to display screen G50. By connecting to the medical staff terminal 10 via the network N1, it becomes possible to receive direct explanation from a nurse.
This allows the patient to take measurements using the body composition monitor while using the health management device 100 and receiving instructions from a nurse.

In step S40, the control unit 53 displays a screen G55 on the display unit 140a, which displays a message asking the user whether to measure or input data for the free check items. A "Perform" button B16 and a "Do not perform" button B17 are displayed on the screen G55. When the "Perform" button B16 is pressed by the user, the free check items can also be measured.
In step S65, the control unit 53 controls to display a screen G60 showing the diagnosis result, so that the user can check the health data.

Third Embodiment
<User Interface (UI) (Part 3)>
FIG. 7 is a diagram showing a user interface (UI) when health management device 100 according to the third embodiment of the present invention is used in a situation where there are no items that require measurement/reading on the front surface of health management device 100.
The user approaches the health management device 100 .
In step S10, when user authentication is performed for the health management device 100, the control unit 53 displays a screen G80 having a "Health Check" button B21, an "On-Demand Print" button B22, and a "Copy/Fax" button B23 on the screen of the display unit 140a.
Here, when the "Health Check" button B21 is pressed, the screen moves to screen G85.

In step S45, the control unit 53 selects one of the multiple health check items displayed on the screen G85. The screen G85 displays multiple items to be subject to the health check, such as blood pressure, blood glucose level, body composition, and activity level, and when the user presses one of the items and then presses the "OK" button B24, the screen transitions to a screen G90.
The following description will be given assuming that the item "Body composition" has been selected.

7, the screen G90 displays a message on the display unit 140a saying "Please turn on the body composition monitor" as a guide for using the body composition monitor. Furthermore, the screen G90 displays a "Print manual" button B25 and an "Inquiry" button B26.
At this time, the user can press the "Manual Print" button B25 to print the explanation on a recording medium (recording paper), and if there is anything unclear, the user can press the "Ask a question" button B26 to display screen G50. By connecting to the medical staff terminal 10 via the network N1, it becomes possible to receive direct explanation from a nurse.
This allows the patient to take measurements using the body composition monitor while using the health management device 100 and receiving instructions from a nurse.

In step S70, the control unit 53 outputs the diagnosis result. As the diagnosis result, the screen G100 showing the current measurement result is displayed.

<Effects of this embodiment>
Previously, measuring health data was optional, so items that were showing a tendency to worsen could not be measured, and there were cases where the condition of the disease worsened for items that were not measured.
According to this embodiment, a message urging measurement of items that need to be measured among the health data related to the user's body is displayed on the display unit, so that at least one item among items that indicate a deterioration in the user's health condition, items for which measurement is insufficient, and items for which measurement is missing can be determined as an item that needs measurement, and a message urging measurement can be displayed on the display unit.
This allows the user to appropriately measure health data regarding items important for maintaining the user's physical health.

<Summary of the functions and effects of the embodiment>
<First aspect>
The health management device 100 of this embodiment comprises a collection unit 50 that collects the user's health data and items representing the attributes of the health data from medical and health equipment 4 that measures health data related to the user's body, a generation unit 51 that generates health management data representing the user's health condition based on the health data and items collected by the collection unit 50, a judgment unit 52 that determines whether or not there are any mandatory check items, based on the health management data generated by the generation unit 51, at least one of items that indicate a tendency for the user's health condition to deteriorate, items with insufficient measurements, and items with missing measurements, and judges whether or not there are any mandatory check items, a display unit 140a, and a control unit 53, and the control unit 53 is characterized in that it controls the display unit 140a to display a message encouraging measurement for the mandatory check items judged by the judgment unit 52.
According to this aspect, at least one of the items among the health data related to the user's body that indicates a deteriorating trend in the user's health condition, items for which measurement is insufficient, and items for which measurement is missing can be designated as an item requiring measurement, and a message encouraging measurement can be displayed.
This allows the user to appropriately measure health data regarding items important for maintaining the user's physical health.

<Second aspect>
The health management device 100 of this embodiment comprises a memory unit 54 that stores an operation manual for the medical and health equipment 4, and a printer unit 132, and the control unit 53 is characterized in that when the judgment unit 52 determines that there is a required check item, it controls the operation manual to be displayed on the display unit 140a, or controls the operation manual to be printed by the printer unit 132.
According to this embodiment, when the judgment unit 52 determines that there is a required check item, the control unit 53 can control the display unit 140a to display the operation manual, or control the printer unit 132 to print the operation manual.

<Third aspect>
The health management device 100 of this embodiment stores the user's health data and includes a scanner unit 131 that reads the two-dimensional code displayed on the smart watch 12 when the smart watch 12 is placed on the display screen, the two-dimensional code being displayed on the smart watch 12.
The collection unit 50 is characterized by having a conversion unit 50a that converts the two-dimensional code read by the scanner unit 131 from the smart watch 12 into health data.
According to this aspect, the collection unit 50 converts the two-dimensional code read by the scanner unit 131 from the smart watch 12 into health data using the conversion unit 50a.

<Fourth aspect>
The control unit 53 in this embodiment is characterized by controlling the display unit 140a to display a message encouraging the user to place the palm of their hand on the reading surface of the scanner unit 131, controlling the scanner unit 131 to give a reading command, obtaining image data of the scanned user's palm from the scanner unit 131, and controlling the scanner unit 131 to analyze the components contained in the biological tissue of the user's palm based on the image data.
According to this aspect, image data obtained by scanning the palm of the user's hand can be obtained from the scanner unit 131, and control can be performed to analyze the components contained in the biological tissue of the user's palm based on the image data.

<Fifth aspect>
The printer unit 132 of this embodiment is characterized by including an image forming unit 132a that supplies infrared toner to an electrostatic latent image on a photoconductor and makes the toner image formed on a recording medium invisible.
According to this aspect, the printer unit 132 supplies infrared toner to the electrostatic latent image on the photoconductor, and can make the toner image formed on the recording medium by the image creating unit 132a invisible.
This makes it possible to protect privacy since the toner image formed on the recording medium cannot be visually confirmed by a third party.

<Sixth aspect>
The health management system 1 of this embodiment is a health management system comprising a health management device described in any one of the first to fourth embodiments and a health management server 16, and is characterized in that the judgment unit 52 transmits the health management data generated by the generation unit 51 to the health management server 16 and judges whether or not there are required check items based on the judgment result received from the health management server 16.
According to this aspect, it is possible to determine whether or not there is a required check item based on the determination result received from the health management server 16.

<Seventh aspect>
The health management server 16 of this embodiment is characterized by a storage unit 16a that stores health management data received from a judgment unit 52, a health management analysis unit 16b that analyzes the health management data read from the storage unit 16a, and in the results analyzed by the health management analysis unit 16b, at least one of items indicating a tendency for the user's health condition to deteriorate, items for which measurements are insufficient, and items for which measurements are missing is designated as a required check item, and the required check item is transmitted to the judgment unit 52 as a judgment result.
According to this embodiment, of the results of the analysis by the health management analysis unit 16b, at least one of the items indicating a deteriorating trend in the user's health condition, items for which measurements are insufficient, and items for which measurements are missing can be set as a required check item, and the required check item can be transmitted to the judgment unit 52 as a judgment result.

<Eighth aspect>
The health management analysis unit 16b of this embodiment is characterized in that it calculates a correlation value between the health management data read from the storage unit 16a and the health management data for each standard item, and extracts required check items when the correlation value satisfies specified conditions.
According to this embodiment, the health management analysis unit 16b calculates a correlation value between the health management data read from the storage unit 16a and the health management data for each standard item, and can extract required check items when the correlation value satisfies specified conditions.

<Ninth aspect>
The health management system 1 of this embodiment is characterized in that it comprises an attendance management server 6 that manages working hours related to users, and the control unit 53 comprises an analysis unit 52a that acquires working hour data related to the user from the attendance management server 6, calculates a correlation value between the working hour data and each item of health data, and extracts required check items when the correlation value satisfies specified conditions.
According to this embodiment, the control unit 53 acquires working hours data relating to the user from the attendance management server 6, calculates the correlation value between the working hours data and each item of health data, and extracts required check items when the correlation value satisfies specified conditions.

<Tenth aspect>
The health management system 1 of this embodiment is characterized by including a medical staff terminal 10 operated by a medical staff member who provides an explanation about the medical and health equipment 4.
According to this aspect, the health management system 1 is provided with a medical staff terminal 10 operated by a medical staff member who explains the medical and health equipment 4, thereby enabling the medical staff member to explain the medical and health equipment 4.

<Eleventh aspect>
The health management system 1 of this embodiment is equipped with a health manager terminal 14 operated by a health manager, and the control unit 53 is characterized in that, if health data for a required check item for which the user has been prompted to measure is not obtained, the control unit 53 controls the health manager terminal 14 to send a message to the effect that health data relating to the required check item is missing.
According to this embodiment, the control unit 53 can control the health manager terminal 14 to notify the health manager terminal 14 of a message that health data related to a required check item is missing if health data for the required check item that the user has been prompted to measure is not obtained.
This enables health managers to prompt users 20 who are missing health data to take measurements.

<Twelfth aspect>
The health management system 1 of this embodiment includes a health management server 16 that acquires health data of a user and manages the health data in association with a user ID.
The health management server 16 is characterized in that by analyzing the accumulated health data for each user ID, if recent information on the health data is missing, it issues a data request for the health data.
According to this embodiment, the health management server 16 can analyze the accumulated health data for each user ID and issue a data request for health data if recent information about the health data is missing.

<Thirteenth aspect>
The health management method of this embodiment includes a collection step of collecting a user's health data and items representing attributes of the health data from a medical and health equipment 4 that measures health data related to the user's body, a generation step of generating health management data representing the user's health condition based on the health data and items collected in the collection step, and a judgment step of determining whether or not there is a mandatory check item, a display step, and a control step, wherein the control step controls the display step to display a message encouraging measurement for the mandatory check item determined in the judgment step.
The operation and effects of the eighth aspect are similar to those of the first aspect, and therefore description thereof will be omitted.

<14th aspect>
The program of this aspect is characterized in that it causes a processor to execute each of the steps described in the ninth aspect.
According to this aspect, each step can be executed by a processor.

1...health management system, 4...medical health equipment, 4a...blood pressure monitor, 4b...body composition monitor, 4c...blood glucose monitor, 6...attendance management server, 8...in-house system, 10...healthcare worker terminal, 10a...healthcare worker, 12...smart watch, 14...health manager terminal, 16...health management server, 16a...storage unit, 16b...health management analysis unit, 20...user, 22...employee ID card, 50...collection unit, 50a...conversion unit, 51...generation unit, 52...determination unit, 52a...analysis unit, 53...control unit, 54...storage unit, 100...communication network, 100...health management device, 101...CPU, 102a ...ROM, 102b...RAM, 106...ASIC, 108...HDD controller, 109...hard disk, 110...controller, 120...short-distance communication circuit, 120a...short-distance communication circuit, 121...AGP bus, 121...bus, 122...PCI bus, 130...engine control unit, 131...scanner unit, 132...printer unit, 132a...imaging unit, 140...operation panel, 140a...display unit, 140b...operation unit, 150...network I/F, 160...connection I/F unit, N1...network, N2...internal network, P1...health check document

Patent No. 5781000

Claims (14)

A collection unit that collects health data of a user and items representing attributes of the health data from a medical and health equipment that measures health data related to the user's body;
a generation unit that generates health management data representing a health condition of the user based on the health data and items collected by the collection unit;
a determination unit that, based on the health management data generated by the generation unit, determines whether or not the required check item is present, by setting at least one of an item that indicates a poor health state of the user that is out of a standard value, an item that indicates a lack of measurement, and an item that indicates a missing measurement as a required check item; and
A display unit;
a storage unit for storing an operation manual for the medical and health device;
A printer unit;
A control unit,
The control unit controls the display unit to display a message prompting the user to measure the required check item determined by the determination unit ,
The control unit controls the operation manual to be displayed on the display unit or controls the operation manual to be printed by the printer unit when the judgment unit determines that a required check item exists . 2. The health management device according to claim 1 , wherein the printer section includes an image forming section that supplies infrared toner to an electrostatic latent image on a photoconductor and makes a toner image formed on a recording medium invisible. A collection unit that collects health data of a user and items representing attributes of the health data from a medical and health equipment that measures health data related to the user's body;
a generation unit that generates health management data representing a health condition of the user based on the health data and items collected by the collection unit;
a determination unit that, based on the health management data generated by the generation unit, determines whether or not the required check item is present, by setting at least one of an item that indicates a poor health state of the user that is out of a standard value, an item that indicates a lack of measurement, and an item that indicates a missing measurement as a required check item; and
A display unit;
A scanner unit that accumulates the user's health data and reads the two-dimensional code displayed on the smart watch when the smart watch's display screen is placed on the smart watch and displays the health data as a two-dimensional code;
A control unit,
The collection unit includes a conversion unit that converts the two-dimensional code read by the scanner unit from the smart watch into health data,
The health management device according to claim 1, wherein the control unit controls the display unit to display a message prompting the user to perform measurement for the essential check item determined by the determination unit. The health management device according to claim 3, characterized in that the control unit controls the display unit to display a message encouraging the user to place the palm of the user's hand on the reading surface of the scanner unit, controls the scanner unit to give a reading command, acquires image data of the user's palm scanned from the scanner unit, and controls the scanner unit to analyze components contained in the biological tissue of the user's palm based on the image data. A health management device according to any one of claims 1 to 4;
A health management system including a health management server,
A health management system characterized in that the judgment unit transmits the health management data generated by the generation unit to the health management server, and judges whether or not the required check item is present based on the judgment result received from the health management server. The health management server includes:
a storage unit that stores the health management data received from the determination unit;
a health management analysis unit that analyzes the health management data read from the storage unit;
The health management system according to claim 5, characterized in that, among the results analyzed by the health management analysis unit, at least one of items indicating a poor health condition of the user that is outside the standard values , items indicating insufficient measurements, and items indicating missing measurements is set as a required check item, and the required check item is transmitted to the judgment unit as a judgment result. The health management analysis unit,
7. The health management system according to claim 6 , further comprising: a correlation value between the health management data read from the storage unit and each standard item of health management data is calculated; and essential check items are extracted when the correlation value satisfies a predetermined condition. A time attendance management server is provided for managing working hours of the user,
The health management system according to claim 5, characterized in that the control unit is further equipped with an analysis unit that acquires working hours data relating to the user from the attendance management server, calculates a correlation value between the working hours data and each item of health data, and extracts required check items when the correlation value satisfies a predetermined condition. 6. The health management system according to claim 5, further comprising a medical staff terminal operated by a medical staff member who provides an explanation about the medical and health equipment. A health manager terminal operated by a health manager is provided,
The health management system according to claim 5, characterized in that the control unit controls the health manager terminal to notify the health manager terminal of a message indicating that health data related to a required check item for which the user is urged to measure is missing when health data for the required check item is not obtained. a health management server that acquires the health data of the user and manages the health data in association with a user ID;
The health management system according to claim 5, characterized in that the health management server analyzes the accumulated health data for each user ID and issues a data request for health data if recent information about the health data is missing. 1. A method of executing control for displaying a message by a programmatically operated computer, comprising:
The computer includes:
A collection step of collecting health data of a user and items representing attributes of the health data from a medical and health device that measures health data related to the user's body;
a generating step of generating health management data representing a health condition of the user based on the health data and items collected by the collecting step;
a judgment step of judging, based on the health management data generated by the generation step, whether or not there is at least one item among an item indicating a poor health condition of the user that is out of a standard value , an item with insufficient measurement, and an item with missing measurement;
A display step;
a storage step of storing an operation manual for the medical and health device in a storage unit;
A printer step;
Execute a control step;
The control step controls the display step to display a message prompting the measurement of the item determined in the determination step on a display unit ,
The health management method is characterized in that the control step, when it is determined by the judgment step that the item is present, controls the operation manual to be displayed on the display unit by the display step, or controls the operation manual to be printed on the printer unit by the printer step . 1. A method of executing control for displaying a message by a programmatically operated computer, comprising:
The computer includes:
A collection step of collecting health data of a user and items representing attributes of the health data from a medical and health device that measures health data related to the user's body;
a generating step of generating health management data representing a health condition of the user based on the health data and items collected by the collecting step;
a judgment step of judging, based on the health management data generated by the generation step, whether or not there is at least one item among an item indicating a poor health condition of the user that is out of a standard value , an item with insufficient measurement, and an item with missing measurement;
A display step;
A scanner step of storing the user's health data and reading the two-dimensional code displayed on the smart watch when the smart watch is placed on a display screen that displays the health data as a two-dimensional code;
Execute a control step;
The collection step includes a conversion step of converting the two-dimensional code read from the smart watch by the scanner step into health data;
A health management method, wherein the control step controls the display step to display on the display unit a message prompting measurement of the item determined to be present in the determination step. 14. A program for causing a computer to execute each step of the health management method according to claim 12 or 13.

Images