JP2015072664A - Health management system and health management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a health management system capable of appropriately managing an individual health condition and ensuring that a treatment appropriate for a changed health condition can be conducted.SOLUTION: A health management system includes: an output unit; a sensor that detects biological information indicating a user's health condition; a storage unit storing therein an individual basic-diagnosis database in which values of the biological information detected by the sensor are accumulated and stored, and a medical knowledge database storing therein a disease name table in which each disease is associated with values of biological information if the disease is developed and a lifesaving table in which each disease is associated with a treatment for the disease; a physical-condition-data acquisition unit acquiring the values of the biological information detected by the sensor, and accumulating the acquired values in the individual basic-diagnosis database; a health-condition determination unit that determines whether a difference between the values of the biological information accumulated in the individual basic-diagnosis database and values of the biological information detected by the sensor falls within a permissible range; and a determination-result handling unit that outputs a treatment for the user's disease to the output unit on the basis of the values of the detected biological information, the disease name table, and the lifesaving table.

Description

  The present invention relates to a health management system and a health management method for managing an individual's health condition.

  With the growing interest in people's health due to the declining birthrate and aging population, and the longevity of people, it is important to properly manage the health of individuals on a daily basis. For example, in Patent Document 1, a predicted value of body weight is obtained from biological information such as a pulse measured by a list-type sensor node worn by itself and a past weight, and when the rate of change exceeds a predetermined value, the sensor node Has disclosed a technique for displaying a warning on the display unit to call attention to the individual.

Patent No. 5090013

  In the technique described in Patent Document 1, when there is a change in an individual's health state, the person can grasp the state by a warning. However, in the technique disclosed in Patent Document 1, since only the warning is notified, it is impossible for the user to grasp what action should be taken by the warning. There was a problem that appropriate measures could not be taken when the user was unable to handle.

  The present invention has been made in view of the above, and is a health management system capable of appropriately managing a person's health condition and performing a treatment appropriate to the changed condition when the health condition changes. And to provide a health management method.

  In order to solve the above-described problems and achieve the object, a health management system according to the present invention is a health management system for managing the health condition of a user, and includes an output unit and a living body indicating the health condition of the user. A sensor that detects information, a personal basic diagnosis database that accumulates and stores values of biological information detected by the sensor, a disease name table that correlates a disease and a value of biological information when the disease develops, and A storage unit that stores a medical knowledge database that stores a lifesaving table in which a disease and a treatment for the disease are associated with each other; and a physical condition that acquires a value of biological information detected by the sensor and accumulates it in the personal basic diagnosis database The difference between the value of the biometric information stored in the data acquisition unit, the personal basic diagnosis database, and the value of the biometric information detected by the sensor is within an allowable range. A health condition determination unit that determines whether or not it is not within an allowable range, the treatment for the user's disease is performed based on the value of the detected biological information, the disease name table, and the lifesaving table. A health management system comprising: a determination result handling unit for outputting to the output unit;

  Moreover, this invention is grasped | ascertained also as the health management method using the said portable apparatus.

  According to the present invention, it is possible to appropriately manage an individual's health condition and to perform a treatment appropriate to the changed health condition when the health condition changes.

It is a figure which shows the structural example of the health management system in this Embodiment. It is an external appearance perspective view of a portable device. It is an external appearance perspective view at the time of applying a portable apparatus to spectacle-type apparatus. It is a figure which shows the example of the database which a memory | storage part memorize | stores. It is a figure which shows the structural example of personal identification information DB. It is a figure which shows the structural example of personal basic diagnostic DB. It is a figure which shows the structural example of medical knowledge DB. It is a figure which shows the structural example of hospital DB. It is a figure which shows the structural example of health check DB. It is a flowchart which shows the process sequence of a health condition management process.

  Embodiments of a health management system and a health management method according to the present invention will be described below in detail with reference to the accompanying drawings.

  FIG. 1A is a diagram illustrating a configuration example of a health management system 1000 according to the present embodiment. As shown in FIG. 1A, the health management system 1000 is configured in a portable device 100 that is a wearable computer such as a wristwatch or glasses. The mobile device 100 may be a mobile terminal such as a smartphone.

  As illustrated in FIG. 1A, the mobile device 100 includes a storage unit 1001, a physical condition data acquisition unit 1002, a health condition determination unit 1003, a determination result response unit 1004, a voice input / output unit 1005, and an input / output display unit 1006. A wireless communication unit 1007, a mail transmission / reception unit 1008, a call unit 1009, a location information acquisition unit 1010, a pulse wave sensor 1011, a temperature sensor 1012, an acceleration sensor 1013, a sweat sensor 1014, and an expiration sensor 1015. And is configured. The sensors included in the mobile device 100 do not necessarily have to be included in the mobile device 100 as long as data detected by the sensors can be obtained. Further, the mobile device 100 does not necessarily have the mail function and the call function, and may be executed by another device having these functions according to a command from the mobile device 100.

  FIG. 1B is an external perspective view of the mobile device 100. As shown in FIG. 1B, the portable device 100 is worn on the wrist of the user of the present system. Specifically, as will be described later, in the main body of the mobile device 100, various sensors detect biological information indicating the daily health status of the user, and the user performs when it is determined that the user is ill. It has an input / output display unit 1006 for displaying a message indicating an action to be taken. Further, on the back surface of the housing part, a pulse wave sensor 1011 for detecting a change in blood flow in the blood vessel accompanying the pulsation of the user's heart, a temperature sensor 1012 for detecting the amount of thermal energy generated from the user, A perspiration sensor 1014 for detecting perspiration from the user's skin, an acceleration sensor 1013 for detecting the movement of the user's body on the side of the housing, and an exhalation sensor 1015 for detecting the exhalation of the user And an audio input / output unit 1005 (audio input unit 1005-1, audio output unit 1005-2). The voice input unit 1005-1 is provided on the side surface inside the housing in order to pick up the user's voice with high accuracy. On the contrary, the voice output unit 1005-2 provides the user with a voice that is uttered by the caller with high accuracy. It is provided on the outer side of the housing to reach it. Further, the breath sensor 1015 is provided on the inner side surface of the housing in the same manner as the voice input unit 1005-1 in order to facilitate an operation for the user to check the breath.

  In the present embodiment, the portable device 100 is described as a wristwatch, but glasses may be used, and the form is not particularly limited as long as the user's health condition can be detected. In addition, the portable device 100 is not only incorporated into a wristwatch or glasses itself, but also incorporated into a body-worn item or decoration such as a wristband, a rocker key, a pendant or a ring, clothing, shoes, a hat, glasses, a pacemaker. It may be. Moreover, you may stick and use directly on skin, such as a bankoukou and a poultice.

  FIG. 1C is an external perspective view when the mobile device 100 is applied to eyeglasses. As illustrated in FIG. 1C, the portable device 100 as glasses includes a pulse wave sensor 1011, a temperature sensor 1012, and an acceleration sensor 1013, and includes a sweating sensor 1014 and an expiration sensor 1015. The main body 100-1 of the portable device 100 is provided on both sides in consideration of the influence on the sense of balance given to the body. Of course, it may be mounted only on one side in consideration of weight.

  The reason why the sweat sensor 1014 is provided in the nose pad portion is that the vicinity of the human forehead is one of the portions where there is a lot of sweat, and sweat can be detected with high accuracy. In addition, the reason why the exhalation sensor 1015 is provided in the nose pad portion is that the breath of the glasses is often wiped when the dirt is wiped off with a cloth. It is because it can be acquired without.

  Further, in order to obtain the user's pulse with high accuracy, a pulse wave sensor 1011 is provided on the face side surface of the main body 100-1 of the portable device 100, and the temperature sensor 1012 is provided with an ear pad in order to accurately detect the user's body temperature. It is provided in the part. Further, since the ear pad portion serves as a fulcrum for fixing the glasses to the face and is less affected by the displacement of the glasses, the acceleration sensor 1013 is provided in the ear pad portion. Data transmission / reception between the sensors and the main unit 100-1 is performed via the wireless communication unit 1007.

  The input / output display unit 1006 is configured by, for example, a partial region of a spectacle lens. The main body 100-1 projects and displays various information such as various messages and images on the lens of the glasses as in the case of the portable device 100 as a wristwatch. As the projection method, various conventionally known techniques can be used. Next, returning to FIG. 1, each unit of the mobile device 100 will be described.

  The storage unit 1001 includes a storage medium such as a memory, and includes a personal identification DB 10011, a personal basic diagnosis DB 10012, a medical knowledge DB 10013, a hospital DB 10014, and a health check DB 10015 as shown in FIG. Has been.

  The personal identification DB 10011 is a database that stores various personal information for identifying a user who wears the mobile device 100 and uses this system. FIG. 3 is a diagram illustrating a configuration example of the personal identification information DB 10011. As shown in FIG. 3, the personal identification DB 10011 includes a user ID of a user who uses this system, a user name of the user ID, an address of the user, a mobile phone number, a home phone number, and a work place. The telephone number, the user's face photo data, the user's mail address, the SNS account, and the emergency contact information are stored in association with each other. In FIG. 3, for example, the address of “Taro Hitachi” who is the user ID “U00001” is “1-2-1 Osaki, Shinagawa-ku, Tokyo”, and the mobile phone number and home phone number are “080-XXXX-”, respectively. “XXX” and “03-ΔΔΔΔ-ΔΔΔΔ”, and the work phone number is “03-XXX-XXX”. Further, it can be seen that the face photo data of Mr. “Taro Hitachi”, the mobile phone number of the local welfare officer, and the SNS account are stored as emergency contact information. These pieces of information are registered in advance by the user.

  When the portable device 100 is shared by a family, an individual, or a group of companies, a personal identification DB 10011 is provided for each user, and when the portable device 100 is used, for example, a user ID and password are input from the input display unit 1006. The user is provided with a scanner, and the finger or palm veins are read, or the voice print input to the voice input / output unit 1005 is authenticated by authentication information such as, and then the individual identification DB 10011 is accessed. Various processes described later can also be executed. Conventionally known various techniques can be applied to these authentication techniques. Thus, by providing the personal identification DB 10011 for each user and authenticating the user, it is possible to share one device while ensuring security for the personal information of the user. In this case, the personal basic diagnosis DB 10012 and the health diagnosis DB 10015 are also stored for each user, and more specifically, as will be described later, the permissible range for determining that there is no abnormality in the health state is different for each person. Therefore, it is stored in the storage unit 1001 for each user.

  The personal basic diagnosis DB 10012 is a database that stores information on the above-described user's health condition. FIG. 4 is a diagram illustrating a configuration example of the personal basic diagnosis DB 10012. As shown in FIG. 4, the personal basic diagnosis DB 10012 stores the current time and biological information such as the user's body temperature, pulse, sweating amount, body movement amount, and exhalation amount in association with each other. In the following, these pieces of information are described as an example, but various biological information for grasping the health condition such as blood glucose level, body fat percentage, and vital capacity may be stored.

In FIG. 4, for example, the user “Taro Hitachi” at 9:00 am on April 10, 2013 has a body temperature of “36.0 ° C.”, a pulse of “74 times”, and a sweating amount of “1” .5 mg / cm ² ”, the body movement amount is“ 0.5 G ”, and the expiration amount is“ 0 times ”. In FIG. 4, data is shown every 30 minutes, but actually, for example, these data are recorded in real time such as every second. Although specifically described later, the physical condition data acquisition unit 1002 acquires information detected by various sensors in real time, and accumulates these data in the personal basic diagnosis DB 10012 every day. The exhalation volume indicates, for example, the number of times when the number of times VOCs (Volatile Organic Compounds) in exhalation are detected more than a specified value exceeds a certain reference value.

  The medical knowledge DB 10013 is a database that stores general knowledge about health conditions and information about actions to be taken when ill. FIG. 5 is a diagram illustrating a configuration example of the medical knowledge DB 10013. As shown in FIG. 5, the medical knowledge DB 10013 has a disease name table 100131 and a lifesaving table 100132. Information stored in each of these tables is stored in advance.

  The disease name table 100131 stores general information about the disease (for example, information on the disease in addition to biological information such as symptoms of the disease, body temperature, pulse, blood pressure, etc.). As shown in FIG. 5, the disease name table 100131 associates the disease name of the disease with the value of the biological information regarding the health condition such as body temperature and pulse when the disease develops (that is, the severity of the disease symptoms). Is remembered. In FIG. 5, for example, when the disease name is “cold”, as a general example, the body temperature is 36.5 degrees or higher and the pulse is often 110 or higher. . In the present embodiment, the case where the disease is a cold is described, but information on diseases of various other disease names is stored in the disease name table 100131.

  The lifesaving table 100132 stores information related to actions to be taken when ill. As shown in FIG. 5, the lifesaving table 100132 is acted according to a disease name, information on health conditions such as body temperature and pulse, action categories indicating actions to be taken according to the values of the information, and the action categories. Are stored in association with messages displayed or notified. In FIG. 5, for example, when the disease name is “cold”, the body temperature is “36.5-37.0 degrees”, and the pulse is “100 or more”, the system notifies the user of an email. Show. The content of the email indicates that the message is “Let's take a break early and get enough sleep.” A message by e-mail is notified to the e-mail address of the user stored in the personal identification DB 10011, for example.

  Also, if your body temperature is “37.0-38.0 degrees” and your pulse is “100 or more”, you will receive an email from this system to your users. Thus, it is shown that a message prompting action is notified with a stronger tone than when the body temperature is “36.5-37.0 degrees”. Furthermore, even if the body temperature is “36.5-37.0 degrees”, if the pulse is “110 or more”, the symptoms are more severe. ”And a more emphasized message. The telephone message is transmitted to the user's mobile phone or work phone number stored in the personal identification DB 10011 as in the case of e-mail.

  When the body temperature is “38.0 to 39.0 degrees” and the pulse is “110 or more”, the message “I will contact the hospital” is notified by telephone, and a personal message is sent. The hospital stored in the identification DB 10011 is forcibly notified of a cold and the identity of the user. Eventually, an alarm is notified from a speaker (described later) of the portable device, and a message requesting rescue such as “Please help me” is notified. In this way, depending on the symptom of the illness, the message becomes more urgent as the illness becomes more severe, and the action taken is also changed by the urgent communication method (the communication method can be changed). Message). Further, if the symptom is further severe, it is determined that an abnormality has occurred in the user, and a message is automatically sent to a hospital or emergency contact, or a message asking for help.

  Note that the frequency of e-mails, telephone calls, and alarms may be increased as symptoms become more severe. It is also possible to combine mails, telephone calls, and alarms according to the symptoms, such as applying redundantly as the symptoms become severe. In this case, the user can easily be aware that the current health condition is tense and immediate treatment is required. Furthermore, when an alarm is notified, biological information such as a disease name and body temperature is displayed on the input / output display unit 1006 together with a message requesting rescue such as “please help”, and the user is notified to a third party. It is good also as notifying what kind of treatment should be performed in what kind of state now.

  In the present embodiment, the user's current health status is notified, displayed, or transmitted by e-mail or telephone. A state notification or the like may be performed. In this case, as the symptom becomes severe, the urgency can be notified by increasing vibration or light emission or lengthening the time.

  The hospital DB 10014 is a database that stores information indicating the hospital position and contact information for each region. FIG. 6 is a diagram illustrating a configuration example of the hospital DB 10014. As shown in FIG. 6, the hospital DB 10014 stores a location indicating the location of the hospital, a hospital at the location, and a contact information for the hospital in association with each other. FIG. 6 shows that the contact information of the hospital XX in Shinagawa Ward is “03-XXXX-XXX”. Since the user may wear the mobile device 100 and move to various places, the nearest hospital is stored in the hospital DB 10014 using the position acquired by the GPS (Global Positioning System) function of the mobile device 100 as a key. The above message may be transmitted to the contact information of the hospital. In this case, the user can rush to the hospital in a short time and receive treatment.

  The health checkup DB 10015 is a database that stores the above-described user's past health checkups and checkup results of the medical checkup. FIG. 7 is a diagram illustrating a configuration example of the health diagnosis DB 10015. As shown in FIG. 7, the health check DB 10015 includes the date and time when the user had received a medical checkup or a medical checkup in the past, and the diagnosis result at that time (in the example shown in FIG. 7, height, weight, body fat , Blood pressure, total cholesterol and other information) are stored in association with each other. In FIG. 7, “Taro Hitachi” who is a user of this system received a medical checkup or a medical checkup on June 2, 2012, and the values of the diagnosis results at that time are stored. These data are stored in advance in the health checkup DB 10015. Next, returning to FIG. 1, the physical condition data acquisition unit 1002 will be described.

  The physical condition data acquisition unit 1002 acquires the biological information detected by each sensor described above in real time and stores it in the personal basic diagnosis DB 10012 shown in FIG.

  The health condition determination unit 1003 matches the biological information acquired by the physical condition data acquisition unit 1002 with the biological information stored in the personal basic diagnosis DB 10012 to determine whether the user is currently ill and is healthy. In addition to determining the state, if it is determined that the patient is ill, the disease name is specified. In addition, the health condition determination unit 1003 analyzes the personal basic diagnosis DB 10012 and grasps the health condition of the user himself / herself. For example, the health condition determination unit 1003 calculates each past transition of the biological information stored in the personal basic diagnosis DB 10012, calculates the average body temperature and pulse value of the user, and the body temperature acquired this time Or pulse value is compared with the calculated body temperature or pulse value, and it is determined whether the difference from the value acquired this time is within a predetermined threshold (allowable range). If so, it is analyzed that there is no abnormality in the health condition of the user.

  In this embodiment, the health condition determination unit 1003 determines the allowable range of the value detected this time by obtaining the past transitions of the biological information stored in the personal basic diagnosis DB 10012. FIG. It is good also as determining whether the value detected this time is in the tolerance | permissible_range mentioned above compared with the value memorize | stored in health-diagnosis DB10015 shown. Furthermore, the past transition described above is classified by season (eg, spring, summer, autumn, winter) by time zone (eg, morning, noon, night), and an allowable range is set for each classified season or time. It may be determined and it may be determined whether or not the value detected this time is within the allowable range described above.

  In the present embodiment, the health state determination unit 1003 refers to the values of the body temperature and the pulse, and the case where the symptom of the disease is a cold is described as an example. However, the value of the body motion amount changes rapidly (for example, If the user has suddenly collapsed, it is determined that there is a high possibility that the user will need to be rescued immediately. The determination result handling unit 1004 described later may perform emergency calls such as 119 call or emergency treatment. In addition, when the health state determination unit 1003 determines that the amount of sweating is high and the body temperature is high, it determines that the cause is due to exercise, and the determination result handling unit 1004 does not indicate that the health state is abnormal. Therefore, it is possible to control not to make an emergency call or the like. Further, the health condition determination unit 1003 checks the expiration volume, and when the number of times VOCs in the expiration is detected more than a specified value, determines that the risk of lung cancer is increased, and transmits a message to that effect. It is also possible to do so. Also, the physical condition data acquisition unit 1002 acquires the voice of the user via the voice input / output unit 1005, and the health condition determination unit 1003 determines whether the voice is the same as that of a normal user by voiceprint analysis. It is good also as checking a person's health condition.

  When the health condition determination unit 1003 determines that the difference from the currently acquired value is not within the allowable range, the determination result handling unit 1004 matches the lifesaving table 100132 with the acquired biological information and takes an action to be taken. Determine the category and what action to take. For example, the determination result response unit 1004 sends an e-mail if the disease identified by the health state determination unit 1003 is “cold” and the body temperature is 36.5 to 37.0 degrees, but the pulse is 100 or more. If you send a message prompting you to rest and sleep, or if your body temperature is 38.0 to 39.0 degrees and your pulse is 110 or higher, it will be judged that your symptoms are getting worse and an automatic response Call the hospital by telephone to encourage appointments, or call the hospital directly to make an appointment. If the symptom is worsening, the determination result response unit 1004 determines that urgent action is required, and notifies the 110th, issues an alarm through a speaker, etc., and requests help from the surroundings. , Notify the treatment to be performed (for example, to lie on its back). Note that these measures may be displayed on the input / output display unit 1006 together with the notification.

  In this way, in this system, when it is determined that the user is in a different health state from the normal state in consideration of the values of biological information such as normal body temperature and pulse of each user, depending on the degree to which the state differs Raise the level of urgency of the action to be taken (eg, depending on the degree of symptom worsening) and take the action (for example, notify by email if the symptom is mild, call or alarm if the symptom worsens) Therefore, it is possible to perform treatment suitable for the current health condition of the user. In addition, since alarms can be used to ask for help from surrounding people and to notify the user of actions to be taken, even if the user himself / herself cannot perform the action, another person can take appropriate action on the user. Can be applied. Next, returning to FIG. 1, the voice input / output unit 1005 will be described.

  The audio input / output unit 1005 includes, for example, an audio input unit 1005-1 configured from a microphone that collects audio and an audio output unit 1005-2 configured from a speaker that outputs audio. The voice input unit 1005-1 collects voices uttered by the user and records the collected voices. The voice output unit 1005-2 outputs a voice uttered by the caller and a message stored in the lifesaving table 100132.

  The input / output display unit 1006 is composed of, for example, a touch panel, accepts various operations from the user (for example, a current health check operation), displays the results, and should be performed on the user Is displayed.

  The wireless communication unit 1007 accesses other mobile terminals and various sites on the Internet via the base station according to the operation received by the input / output display unit 1006. In the case of the portable device 100 as eyeglasses, communication between each sensor and the main body 100-1 or wireless communication between the main bodies 100-1 may be performed.

  The mail transmission / reception unit 1008 includes, for example, a mail application that transmits / receives general mail. If the action classification determined by the result determination unit 1004 is email, the email transmission / reception unit 1008 sends email to a predetermined address.

  The call unit 1009 is constituted by, for example, a call application having a general transmission function and reception function, and has a transmission and reception function. In addition, when the action category determined by the result determination unit 1004 is a phone call, the call unit 1009 contacts a predetermined contact address.

  The position information acquisition unit 1010 is constituted by, for example, an application having a GPS (Global Positioning System) function. The position information acquisition unit 1010 acquires current location information (for example, latitude and longitude) of the mobile device 100, searches for the nearest hospital from current value information and map information (not shown), and displays the information on the input / output display unit 1006. Let

  The pulse wave sensor 1011 is a sensor that detects a change in blood flow in the blood vessel accompanying the heartbeat of the user. The temperature sensor 1012 is a sensor that detects the amount of heat energy generated by the user. The perspiration sensor 1014 is a sensor that detects perspiration from the user's skin. The acceleration sensor 1013 is a sensor that detects the movement of the user's body. The expiration sensor 1015 is a sensor that detects the expiration of the user. Various sensors conventionally known can be used for each of these sensors. Instead of the acceleration sensor 1013, a body motion sensor or an impact sensor may be used. Each of these sensors detects biological information indicating the user's health state in order to grasp the user's health state. However, the sensor is not limited to the type of sensor described above, and the type of biological information to be detected is detected. Various sensors can be used accordingly.

  FIG. 8 is a flowchart showing the procedure of the health condition management process performed in this system. As shown in FIG. 13, in the health condition management process, the physical condition data acquisition unit 1002 acquires biological information (for example, body temperature, pulse) detected by each sensor in real time (step S801).

  The health condition determination unit 1003 matches the acquired biometric information with the disease name table 100131 to determine whether the user is currently ill. If the user is ill, A disease name is specified (step S802).

  The physical condition data acquisition unit 1002 stores the biological information acquired in step S801 in the personal basic diagnosis DB 10012 (step S803). Note that either of the processes in steps S802 and S803 may be performed first.

  The health condition determination unit 1003 analyzes the personal basic diagnosis DB 10012, grasps the user's own health condition (step S804), and determines whether the difference from the value acquired this time is within an allowable range (step S804). In S805), when it is determined that the value is within the allowable range (step S805; Yes), the process is terminated without doing anything.

  On the other hand, when the health condition determination unit 1003 determines that the condition is not within the allowable range (step S805; No), the determination result handling unit 1004 matches the lifesaving table 100132 with the acquired biological information, and the action classification to be taken. Is determined, the action category to be taken is determined (step S806), and the action corresponding to the determined action category is executed (step S807).

When the process in step S807 ends, the health state management process shown in FIG. 8 ends. In the present embodiment, once the disease name is specified (step S802), the current state of health of the user is determined (step S804), and the detected value of the biometric information is within an allowable range for the user (step S804). In step S805; Yes), the process is completed without doing anything, but the current state of health of the user is determined first (step S804), and the value of the detected biological information is not within the allowable range for the user. In the case (step S805; Yes), a disease name may be specified (step S802). In this case, since the disease name is not specified when the detected value of the biometric information is within the allowable range for the user, the health management process can be executed by simpler processing steps, and the processing time is shortened. By performing such processing in real time, the user can appropriately manage his / her health condition and, when the health condition changes, can perform a treatment appropriate for the changed health condition. That is, the user can always grasp his / her health condition, and can easily know what action should be taken when an abnormality occurs in the health condition. Moreover, even if the user's medical condition is heavy and the treatment cannot be performed by himself / herself, the treatment can be performed on behalf of the user. Furthermore, even when the medical condition is more serious, such as when the user loses consciousness, the treatment is displayed on the input / output display unit 1006 and an alarm is notified. Can also be performed.

  When the determination result corresponding unit 1004 determines that there is an abnormality such as a sudden change in the value of the body movement amount and the user suddenly falls down, for example, the input / output display unit 1006 shown in FIG. Although the contents are displayed, the input / output display unit 1006 is not conspicuous and may not be noticed by a third party. Therefore, in preparation for such a case, the mobile device 100 is further provided with a Bluetooth communication unit, and the content is transmitted to a mobile terminal such as a third-party smartphone, interrupted, and displayed on the display unit of the mobile terminal. It is good. In this case, even when the user is not aware of the user's change at a distance, the third party can be forcibly notified of the change, and appropriate measures can be taken.

  In the above-described example, the explanation is based on the assumption that telephones and mails are sent and received in an emergency. However, there are cases where telephone and mail lines are not connected (for example, in the case of a large-scale disaster), so SNS (Social Networking Service) This information may be sent from the account).

  The present invention is not limited to the above-described embodiments, and includes various modifications. For example, the above-described embodiments have been described in detail for easy understanding of the present invention, and are not necessarily limited to those having all the configurations described. For example, the arrangement of each sensor can be exchanged, and other configurations can be added, deleted, or replaced.

1000 Health management system 100 Portable device 1001 Storage unit 10011 Personal identification DB
10012 Personal basic diagnosis DB
10013 Medical Knowledge DB
10014 Hospital DB
10015 Health checkup DB
1002 Physical condition data acquisition unit 1003 Health condition determination unit 1004 Determination result response unit 1005 Voice input / output unit 1006 Input / output display unit 1007 Wireless communication unit 1008 Mail transmission / reception unit 1009 Call unit 1010 Position information acquisition unit 1011 Pulse wave sensor 1012 Temperature sensor 1013 Acceleration Sensor 1014 Sweating sensor 1015 Breath sensor.

Claims (10)

A health management system for managing the health status of users,
An output section;
A sensor for detecting biological information indicating the health condition of the user;
A personal basic diagnosis database that accumulates and stores values of biological information detected by the sensor, a disease name table that correlates a disease and a value of biological information when the disease develops, a treatment for the disease and the disease, A storage unit that stores a medical knowledge database that stores a lifesaving table associated with
A physical condition data acquisition unit for acquiring the value of the biological information detected by the sensor and storing it in the personal basic diagnosis database;
A health condition determination unit that determines whether the difference between the value of the biological information stored in the personal basic diagnosis database and the value of the biological information detected by the sensor is within an allowable range;
When it is determined that it is not within the allowable range, based on the detected biological information value, the disease name table, and the lifesaving table, a determination result corresponding unit that outputs a treatment for the user's disease to the output unit;
A health management system comprising: The lifesaving table stores the severity of the symptom of the disease in association with the treatment,
The determination result response unit outputs a treatment with high urgency to the output unit as the symptom of the disease is heavy,
The health management system according to claim 1. The lifesaving table stores a transmission method of the treatment in association with the treatment,
The determination result response unit outputs the treatment to the output unit by a highly urgent transmission method as the symptom of the disease is heavy.
The health management system according to claim 1 or 2, wherein The health condition determination unit determines a difference in values of biometric information for each season or time zone based on an allowable range determined for each season or time zone,
The health management system according to any one of claims 1 to 3. An authentication unit for authenticating a plurality of users is further provided.
The storage unit stores the personal basic diagnosis database for each user,
The health state determination unit determines whether or not the difference in the biometric information is within an allowable range for each authenticated user.
The health management system according to any one of claims 1 to 4, wherein: A health management method performed by a health management system that manages the health status of users,
A physical condition data acquisition step of acquiring a value of biological information detected by a sensor that detects biological information indicating a user's health state and storing it in a personal basic diagnosis database;
A health condition determination step for determining whether a difference between the value of the biological information stored in the personal basic diagnosis database and the value of the biological information detected by the sensor is within an allowable range;
When it is determined that it is not within the allowable range, the disease name table that associates the value of the detected biological information with the disease and the value of the biological information when the disease develops, and the disease and the treatment for the disease are associated with each other A determination result corresponding step of outputting a treatment for the user's disease to the output unit based on the lifesaving table;
A health care method comprising: In the determination result corresponding step, based on the life-saving table in which the severity of the disease symptom is stored in association with the treatment, a treatment with a more urgent content as the disease symptom is heavier is given to the output unit. Output,
The health management method according to claim 6. In the determination result corresponding step, based on the lifesaving table in which the transmission method of the treatment is stored in association with the treatment, the treatment is performed by a transmission method that is more urgent as the symptom of the disease is heavier. Output to the output section,
The health management method according to claim 6 or 7, wherein In the health state determination step, based on an allowable range determined for each season or time zone, a difference in values of biological information is determined for each season or time zone,
The health management method according to any one of claims 6 to 8, wherein In the health state determination step, based on the personal basic diagnosis database for each user stored in the storage unit and an authentication unit for authenticating a plurality of users, the difference in the biometric information for each authenticated user Whether or not is within an acceptable range,
The health management method according to any one of claims 6 to 9, wherein

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