KR102525635B1 - self care system - Google Patents

Abstract

It is a system that receives a symptom checklist at a designated place as a self-management smartphone, determines the presence or absence of severe symptoms, and then notifies the medical institution.

Description

Self care system {self care system}

Humans are exposed to disease. When pandemic viruses such as SARS, Merith, and Corona penetrate human society, many people suffer beyond medical staff. Mild or severe, therefore, medical staff take care of patients with severe symptoms first among confirmed or suspected confirmed cases, and then self-manage other patients with mild symptoms to throw the burden on medical staff. However, self-management areas are forcibly designated and managed so that there is no spreading disease by violating the self-management rules. It is a system that efficiently manages people who manage themselves by using a smartphone.

When a pandemic virus spreads rapidly among people, the number of patients overflows beyond the medical staff. As a result, medical staff take care of severely ill patients first and let patients with mild symptoms take care of themselves. This is why a system that efficiently manages self-managed people is needed.

Registration number 1015223330000 Hospital information linkage and mobile service system and method for self-management of blood pressure and blood sugar.

If the self-manager follows the self-management rules well, there should be no problem, but if not, they must be forced to self-manage.

It is said that it is managed through a smartphone, but it is useless if the self-manager does not execute it responsibly. If you leave the self-management area arbitrarily, you must prevent it. This shortcoming must be rectified. You want to make sure that the self-manager did it

The solution can be in several ways. The only way to know the self-management rules is through self-certification.

It can be done through an authentication authority or through biometric authentication.

Biometric authentication includes fingerprint recognition, vein recognition, iris recognition, retina recognition, and hand shape recognition.

In this case, the smart phone itself has a recognition function or obtains information from an external recognition device and receives the obtained information.

The self-managed person must execute it himself, preventing others from executing it.

Figure 1a Self-management system configuration diagram
Figure 1b Self-management system configuration diagram
Figure 2a self-management system step diagram
Figure 2b self-management system step diagram

As the epidemic spreads and the number of patients increases, medical staff cannot handle it.

The self-management system is the best way to fill this medical vacuum.

In personal authentication, biometric authentication includes fingerprint recognition, iris recognition, retina recognition, face recognition, and hand shape recognition. Recognition through the characteristics of an action includes voice recognition, signature recognition, and gait recognition.

There is an authentication method through an authentication authority and an authentication method through a password.

The identity authentication method acquires information with a recognition function in a smartphone or acquires information from an external recognition device and receives it in a smartphone.

It compares the recognition information with the recognition information stored in the app to determine whether or not the user is present.

Self-management means staying in a certain area or place.

The method of confirming that you are staying in a certain area or place is a beacon through GPS, WiFi, or Bluetooth. The self-managed person checks the symptoms himself and then transmits it to the person in charge of the self-managed person (hereafter, the manager in charge). The check result can be performed on the smartphone of the self-manager, or when the check data is transmitted to the manager in charge, the check result is performed on the smartphone of the manager in charge. In the case of using a server, the checklist is shown on the self-manager smartphone, the check result is performed on the self-manager smartphone, and only the results are transmitted to the server.

Alternatively, if the server transmits the checklist to the self-manager smartphone, the self-manager checks it and transmits the checked items in the checklist to the server.

The server judges the check result with the checked item

The symptom checklist is fever, cough, sore throat, respiratory disease, and underlying disease.

An underlying disease is a chronic disease that the patient has. describe it

Face recognition in identity authentication takes a picture with the in-app camera. The detailed information of the photo is displayed by the detailed information confirmation function in the app, and the time taken and GPS coordinates extracted from the detailed information are extracted and stored in the bio image table along with the face photo.

Self-care can be done in the morning, afternoon, or at random.

Notifies self-administrators through push notifications.

When you tap a push notification, the app is activated. When a push notification is sent, an alarm is also sent. Tap the push notification to turn it off.

Push notifications are made by the manager in charge or by the server.

Push notification is notified as a push message at a set time.

The set time is the time set by the manager in charge.

Patient data such as patient number, name, gender, smartphone number, age, designated self-management location, address, e-mail, and SNS account are stored in the manager's smartphone.

1A is a configuration diagram of a self-management system.

Figure 1b is a step diagram of the self-management system

S10 is a step of receiving a push notification

Send a push notification from the manager in charge smartphone. An alert is also sent.

The manager's smartphone has a push notification function.

The manager's smart phone stores the patient's data as self-manager.

S20 is a step of self-authentication.

Receive a push notification and tap to activate the app. alarm goes off

The identity authentication stage includes an authentication information acquisition stage and a identity authentication confirmation stage.

Acquire biometric information from identity authentication and store it in the biometric image table in the app.

When performing face recognition in biometric authentication, a face is taken with the in-app camera and stored in the biometric image table in the app. In the photo in the app, the detailed information is displayed with the detailed information check function in the app, and the time the photo was taken and the GPS value are extracted from the detailed information and stored in the biometric image table. Store your biometric information in the biometric information table in the app. The biometric image obtained from the smartphone is compared with the biometric information of the user, and if the comparison value is correct, the process proceeds to the next step.

Biometric information is as described in biometric authentication.

If the comparison values do not match, compare them one or two more times.

If you turn off the alarm or read the message, you go to the identity verification step.

Or, if not, an authentication failure message is sent to the manager's smartphone.

The GPS value received from the self-management smartphone is stored in the smartphone GPS table at the point when the identity authentication is confirmed. Acquisition of biometric information When obtaining biometric information in which temperature is sensed, a step of checking the body temperature is further performed.

The body temperature is measured and stored in the measured body temperature information table. If the measured body temperature is within the normal body temperature range, it is normal. Normal body temperature is 36 degrees C ~ 36.5 degrees C.

When you are sick, the body temperature at which you can recognize objects and move your body is determined as the minimum and maximum body temperature. This is stored in the active body temperature information table.

Only when the measured body temperature is within the range of the active body temperature information table data can one think and act on one's own. The way to prove that authentication was done today is to compare the authentication confirmation time or shooting time with the system clock. The tolerance range is 10 seconds.

While acquiring biometric information, the body temperature is measured, and if the measured body temperature is within the activity temperature information table data in the app, it goes to the next step. If it is not within the range, it compares one or two more times, and if it is still not within the range, it notifies the self-managed smartphone with a message that the body temperature authentication has failed and turns on the alarm. When the message is read, the alarm is turned off and goes to the identity verification step. Or, if it is not within the range, a message indicating a body temperature authentication failure is transmitted to the manager's smartphone. Body temperature authentication is optional or mandatory. The body temperature value measured at this time automatically checks the fever item in the checklist. Measuring the body temperature at the same time is to check whether the same person is authenticating.

The time at which the biometric information was obtained and the time at which the body temperature was measured should be almost the same.

By comparing the biometric information acquisition time and the temperature measurement time, it can be recognized that the person is the same person only when it is performed at the same time. At this time, the GPS value received by the self-managed smartphone is stored in the GPS table that is the same as the smartphone.

S30 is a step of confirming whether the user is within a designated place.

The designated place is stored in the designated place GPS table as a GPS coordinate value.

Smartphones have a GPS function. If the smartphone is within the range of the received GPS value and the designated place GPS table data, it is within the designated place.

The GPS value received by the smartphone is smartphone GPS table data or the same GPS table data as the smartphone. You can also find out using WiFi or beacons.

In this case, the error range can be reduced only when WiFi AP ports or beacons are densely installed. Alternatively, if the GPS value of the bio image table data in which the face picture is taken and stored is within the GPS table data of the designated place, it is within the designated place. In the case of a beacon, the beacon identification code has a GPS value corresponding to the identification code in the app.

If the self-managed smartphone receives the beacon identification code and the GPS value corresponding to the beacon identification code is within the GPS table data of the designated place, it is at the designated place.

The WiFiAP port has an identification code, and the identification code at this time has the same function as the beacon identification code. If the comparison value is outside the range, a message indicating out of place is displayed on the self-managed smartphone and an alarm is turned on. When you come within the designated area, the alarm goes off and you go to the next step. Or, if it is out of range, it transmits a message that it is out of place to the smartphone of the manager in charge.

Store the push notification tap time in the tapped time table. When biometric authentication or body temperature authentication is confirmed, the time is stored in the biometric authentication time table or the body temperature authentication time table, respectively.

In the case of face recognition, body temperature authentication is optional. Among the biometric image table data, the shooting time is used. Alternatively, the shooting time is stored in the authentication shooting time table.

If there is a difference of more than 10 minutes between the tapped time and the authentication time, that is, if the authentication time is greater than the tapped time by more than 10 minutes, it means that the self-manager is absent.

If authentication is not performed within 10 minutes, an absence message and an alarm are turned on on the self-managed smartphone. When the absent message is read, the alarm is turned off and a push notification is requested to the manager's smartphone. Report when push notification requests reach 3 times. (Police station or related organization)

When sending a push notification, a counter is also sent. The counter value is 5 to 10 minutes.

If the push notification is not read within 5 to 10 minutes, an absence message is sent to the manager in charge. When sending a push notification, an absent message is also sent.

S40 is a symptom check step.

When diagnosing most epidemic viral diseases, the first thing to do is whether you have a fever (check your body temperature), how often you cough, whether you have a sore throat, and how difficult it is to breathe. Most of the abnormal symptoms are fever, cough, and runny nose. And ask if there is an underlying disease. Answer the above 4 items with checkmarks on the checklist and describe the underlying disease. Within the app, there is a fever data table, a cough frequency table, a sore throat degree table, and a breathing difficulty degree table.

In the checklist, the fever checklist is selected from 35 degrees C, 36 degrees C or less, normal, 37 degrees C, or 38 degrees or more.

For the cough checklist, choose from Normal, Frequent coughing, or Excessive coughing.

From the sore throat checklist, choose normal, slightly sore, or very sore.

On the shortness of breath checklist, choose from normal, slightly difficult, and very difficult.

S50 is a step of informing the user and the manager in charge.

Based on the checkmarks in the checklist, the findings are classified into normal, mild, and severe, and displayed on the self-administered smartphone. Send the report to the manager in charge

S60 is a step of notifying the medical institution.

In the case of severe symptoms, the medical institution is notified through the smartphone of the self-manager or the smartphone of the manager in charge.

The self-management system through the server can process all data in the self-management system of the server itself or process data by utilizing sub-servers in the server. In the manager's smartphone, patient data such as patient number, name, gender, age, resident registration number, smartphone number, address, self-management location, e-mail, SNS account, and acquaintance's smartphone number are stored. Transmits registered patient data to the server.

Alternatively, log in to the server, register as the manager in charge, and enter patient data to be in charge. Set the push notification time.

S100 is a step of sending a push notification

The server sends a push notification to the self-administered smartphone. Send an alert as well. The server has a push notification function. Tap on the received self-manager smartphone to go to the next step.

S200 is a step of receiving personal authentication information

In identity authentication, authentication information is obtained from the self-administered smartphone and transmitted to the server. The biometric information received from the server is stored in the biometric image table.

S240 is a step of verifying identity authentication.

The biometric information received from the server is stored in the biometric image table.

Store your biometric information in the biometric information table in the app

In the case of face recognition in biometric authentication, a face picture is taken with a self-managed smartphone and sent to the server to be stored in the biometric image table in the app. In the in-app photo, the in-app detailed information check function displays detailed information, extracts the time the photo was taken and GPS value from detailed information, and stores it in the biometric image table.

The received biometric information is compared with the personal biometric information, and if the comparison value is correct, it goes to the next step. Biometric information is as described in biometric authentication.

If the comparison values do not match, compare them one or two more times.

When the message is read, the alarm goes off and goes to the authentication information receiving stage.

Or, if it is not correct, it sends an authentication failure message to the smartphone of the manager in charge.

At the point when authentication is confirmed, the GPS value received by the self-administered smartphone is sent to the server, and the server stores it in the smartphone GPS table. Acquisition of biometric information When acquiring biometric information of body temperature, a step of confirming the body temperature is further performed.

When the body temperature is measured with the self-administered smartphone and transmitted to the server, it is stored in the measured body temperature information table in the server. If the measured temperature value is within the normal range, it is normal. The minimum and maximum temperatures of the body temperature range are stored in the active body temperature information table. Only when the measured body temperature is within the active body temperature information table data can you think and act on your own. The way to prove that the authentication was done today can be found by comparing the authentication confirmation time or the shooting time and the system clock. The allowable error range is 10 seconds.

While acquiring biometric information, the body temperature is measured, and if the measured body temperature is within the active body temperature information table data in the app, it goes to the next step. If it is not within the range, it compares one or two more times, and if it is still not within the range, it sends a message saying that the body temperature certification has failed to the self-managed smartphone and turns on the alarm. If the message is read, the alarm is turned off and goes to the authentication information receiving stage. Or, if it is not within the range, a message indicating that the body temperature authentication has failed is sent to the smartphone of the manager in charge. Body temperature authentication is optional or mandatory.

The body temperature value measured at this time automatically checks the fever item in the checklist. At this time, the checklist is sent to the self-management smartphone while removing the fever item from the checklist. Measuring the body temperature at the same time is to check whether the same person is authenticating. The time at which the biometric information was obtained and the time at which the body temperature was measured should be almost the same. In the server, the biometric information acquisition time and the temperature measurement time are compared, and it can be recognized that they are the same person only when they are performed at the same time.

If the time is not the same (error range allowed), an authentication failure message is sent to the self-administered smartphone or the manager's smartphone in charge.

If it is done at the same time, the self-managed smartphone receives the GPS value and transmits it to the server, and the GPS value received from the server is stored in the GPS table that is the same as the smartphone.

S300 is a step of confirming whether the user is within a designated place.

The designated place is stored in the GPS table of the designated place in the server as a GPS coordinate value.

If the GPS value received from the smartphone and the GPS value received from the server are within the specified location GPS table data range, it is located at the specified location.

The GPS values received in the server are smartphone GPS table data or smartphone GPS table data. You can also find out using WiFi or beacons.

In this case, the error range can be reduced only when WiFi AP ports or beacons are densely installed. Alternatively, if the GPS value of the bio image table data stored in the server after taking a face picture is within the GPS table data of the designated place, it is within the designated place. Beacon and WiFi are the same as the aforementioned technologies.

When the self-manager smartphone receiving the beacon identification code transmits the identification code to the server, if the GPS value corresponding to the identification code in the server is within the GPS table data of the designated place, it is at the designated place. If the comparison value is out of range, it sends a message to the self-managed smartphone saying that it is out of place and turns on the alarm.

When the message is read, it goes to the step of verifying that it is in the specified location.

When you come within the designated area, the alarm goes off. Or, if it is out of range, a message is sent to the smartphone in charge of leaving the designated place.

A WiFi AP port has an identification code. It is the same as the beacon method.

If the time when the push notification is tapped is transmitted to the server, it is stored in the tapped time table in the server. When biometric authentication or body temperature authentication is confirmed, the time is stored in the biometric authentication time table or the body temperature authentication time table in the server, respectively.

In the case of face recognition, body temperature authentication is optional. Among the biometric image table data, the shooting time is used. Alternatively, the shooting time is stored in the certified shooting time table in the server. If there is a difference of more than 10 minutes between the tapped time and the authentication time, that is, if the authentication time is greater than the tapped time by more than 10 minutes, it means that the self-manager is absent. If authentication is not completed within 10 minutes, an absent message is sent to the self-administered smartphone. It also includes a function to sound an alarm during a message.

When the missed message is read, the alarm is turned off and a push notification is requested to the server.

Or, if it fails to authenticate within 10 minutes, a message is sent to the manager in charge saying that the self-manager is absent.

When the push notification request reaches 3 times, the server reports it (police station or related organization)

When sending a push notification, a counter is also sent. The counter value is 5 to 10 minutes.

If the push notification is not tapped within 5 to 10 minutes, an absent message is sent to the manager in charge. When sending a push notification, an absent message is also sent.

Or sending an out of office message to the server when sending a push notification. Send to admin from server

S400 is a symptom check step

Almost the same as step S40. Just send the checklist from the server to the self-manager smartphone, and the self-manager checks it and sends it to the server.

The server creates a report of normal, mild, or severe severity based on the checked items and underlying disease.

S500 is a step of notifying the user and the manager in charge.

At the symptom check stage, based on the report, the report is sent to the smartphone of the self-manager and the smartphone of the manager in charge.

S600 is a step of notifying the medical institution

If it is classified as severe in the report, the server transmits patient data to the medical institution or notifies the medical institution through the manager's smartphone.

Or, in the case of serious illness, the self-administered smartphone transmits medical institution information.

Claims (30)

delete delete In the method of self-management of self-manager in a designated place by self-management smartphone with self-management app installed, push notification is sent from the manager's smartphone to the self-manager's smartphone, which is one of the self-manager's patient data stored in the manager's smartphone. Transmitting;
When the self-manager smartphone receives the push notification and taps the push notification on the self-manager smartphone, the self-manager smartphone stores the time at which the push notification was tapped in a tapped time table in the self-manager smartphone;
A self-managed smartphone with a biometric recognition function acquires biometric information through biometric recognition, a self-managed smartphone acquires the biometric information acquisition time, which is the time at which the biometric information was acquired, and a self-managed smartphone obtains the acquired biometric information. Storing in a biometric image table in a self-managed smartphone;
Comparing the biometric image table value in the self-managed smartphone with the biometric information stored in the app of the self-managed smartphone;
The comparison step is a biometric authentication step, and if the comparison values are the same in the comparison step, the self-managed smartphone stores the biometric authentication time in the biometric authentication time table in the self-managed smartphone;
measuring the body temperature with a self-management smartphone having a temperature sensing function, and storing the measured body temperature in the self-management smartphone in the measured body temperature information table in the self-management smartphone;
Comparing the body temperature measured by the self-managed smartphone with the activity temperature information table value stored in the app;
The comparison step is a body temperature authentication step, and if the body temperature measured in the comparison step is within the active temperature information table value, the self-managed smartphone stores the temperature measurement time in the body temperature measurement time table in the self-managed smartphone;
Comparing the biometric information acquisition time, which is the time at which the self-administered smartphone acquires the biometric information, and the body temperature measurement time; In the comparison step, if the time difference is within the allowable range, the self-manager smartphone determines the self-manager as the same person and
comparing, by the self-administered smartphone, the biometric authentication time table value and the tapped time table value;
In the comparison step, if the difference between the biometric authentication time table value and the tapped time table value is within the allowable range, the self-manager smartphone determines that the self-manager authenticated in the same time zone and
A self-manager smartphone having a GPS function receives a GPS value, and the self-manager smartphone stores the received GPS value in a GPS table identical to the smartphone in the self-manager smartphone;
The self-management smartphone compares the GPS value of the designated place stored in the app with the GPS table value that is the same as the smartphone; and
In the comparison step, if the GPS table value identical to the smartphone is within the range of the GPS value of the designated place, the self-manager smartphone determines that the self-manager is staying at the designated place.
How to self-manage the self-manager within the designated place. According to claim 3
Patient data stored in the manager's smartphone includes at least one of patient number, name, gender, smartphone number, age, designated self-management location, address, email, and SNS account.
How to self-manage a self-manager within a designated place According to claim 3
A push notification includes at least one of a message and an alarm.
How to self-manage the self-manager within the designated place. delete According to claim 3
Biometric information includes one of face, fingerprint, iris, retina, and hand shape.
How to self-manage a self-manager within a designated place According to claim 3
In the step of comparing the GPS value of the designated place and the GPS table value identical to the smartphone, if the GPS table value identical to the smartphone is within the range of the GPS value of the designated place
The self-management smartphone displays the symptom checklist in the self-management smartphone on the screen of the self-management smartphone; further comprising
How to self-manage the self-manager within the designated place. According to claim 8
The symptom checklist includes symptom checklist items, but includes the degree of pain in case of sore throat, normality in case of fever, number of coughs in case of cough, and dyspnea in case of breathing.
How to self-manage the self-manager within the designated place. According to claim 9
The symptom checklist item further includes the presence of an underlying disease and
The underlying disease has the characteristics of being input from the self-management smartphone.
How to self-manage the self-manager within the designated place. According to claim 8
Based on the result of the check mark on the self-management smartphone for the symptom checklist displayed on the screen of the self-management smartphone, the self-management smartphone prepares a written opinion; further comprising
How to self-manage a self-manager within a designated place According to claim 11
At the stage of writing the opinion, the writing of the opinion is characterized in that it is displayed as one of normal, mild, and severe depending on the symptom.
How to self-manage a self-manager within a designated place According to claim 11
After the step of writing the opinion, the self-manager smartphone transmits the opinion to the manager's smartphone in charge; further comprising
How to self-manage a self-manager within a designated place delete According to claim 13
Further comprising the step of transmitting the patient data to the medical institution by the manager in charge smartphone receiving the opinion if the contents of the opinion are severe.
How to self-manage a self-manager within a designated place delete delete A system consisting of a management server (hereinafter referred to as the server) with a self-management system installed, a self-manager smartphone, and a manager's smartphone in charge. In the method of self-management of self-managers in a designated place, log in to the server with the manager's smartphone and providing patient data and push notification time to the server;
The server transmits a push notification to the self-administered smartphone, which is one of the provided patient data, according to the provided push notification time;
Receiving the push notification from the self-manager smartphone, tapping the push notification of the self-manager smartphone, and transmitting the time when the self-manager smartphone tapped the push notification to the server;
The self-manager smartphone with biometric recognition function obtains biometric information through biometric recognition, and the self-manager smartphone obtains the biometric information acquisition time, which is the time at which biometric information was acquired. sending the information to the server;
receiving, by the server, the time when the push notification was tapped, storing it in a tapped time table in the server, and storing the received biometric information in a biometric image table in the server;
comparing, by the server, biometric image table values with biometric information stored in the server;
The comparison step is a biometric authentication step, and if the comparison values are the same in the comparison step, the server stores the biometric authentication time as the comparison time in a biometric authentication time table in the server;
The self-manager smartphone having a temperature sensing function measures the body temperature, the self-manager smartphone acquires the body temperature measurement time when the body temperature is measured, and the self-manager smartphone transmits the acquired body temperature measurement time and the measured body temperature to the server;
receiving, by the server, the temperature measurement time, and storing the measured body temperature in a measured body temperature information table in the server;
comparing, by the server, the measured body temperature with the active body temperature information table value stored in the server;
The comparison step is the body temperature authentication step, and if the body temperature measured in the comparison step is within the active temperature information table value
Comparing, by the server, the biometric information acquisition time within the server and the obtained body temperature measurement time;
In the comparison step, if the difference between the biometric information acquisition time and the acquired body temperature measurement time is within the allowable range, the server judges the self-manager as the same person and
comparing, by the server, the biometric authentication time table value with the tapped time table;
In the comparison step, if the difference between the biometric authentication time table value and the tapped time table value is within the allowable range, the server determines that the self-manager is in the same time zone,
The self-manager smartphone having a GPS function receives the GPS value and the self-manager smartphone transmits the received GPS value to the server;
The server stores the received GPS value in a GPS table that is the same as the smartphone in the server;
The server compares the GPS value of the designated place stored in the server with the same GPS table value of the smartphone; and
In the comparison step, if the GPS table value that is the same as the smartphone is within the allowable range of the GPS value of the designated place, the server determines that the self-manager is in the designated place.
How to self-manage the self-manager within the designated place. According to claim 18
The patient data of the self-manager provided to the server by the manager's smartphone includes at least one of the patient number, name, gender, smartphone number, age, designated self-management location, address, email, and SNS account.
How to self-manage the self-manager within the designated place. According to claim 18
Biometric information includes one of face, fingerprint, iris, retina, and hand shape.
How to self-manage a self-manager within a designated place delete According to claim 18
In the comparison step, if the GPS table value that is the same as the smartphone is within the allowable range of the GPS value of the designated place
The server transmits the symptom checklist in the server to the self-administered smartphone;
Receiving the symptom checklist from the self-management smartphone and displaying the symptom checklist on the screen of the self-management smartphone by the self-management smartphone; further comprising
How to self-manage a self-manager within a designated place According to claim 22
The symptom checklist includes the symptom checklist items, including whether or not it is normal in case of fever, number of coughs in case of cough, dyspnea in case of breathing, and degree of pain in case of sore throat.
How to self-manage the self-manager within the designated place. According to claim 22
Checking the symptom checklist items displayed on the screen of the self-management smartphone, and transmitting the checked symptom checklist to the server by the self-management smartphone;
Receiving the checked symptom checklist from the server and preparing a written opinion based on the checked symptom checklist by the server;
How to self-manage a self-manager within a designated place According to claim 24
After writing the report
The server transmits the written opinion to the smartphone of the manager in charge;
The manager in charge smartphone receives the written opinion, and if the contents of the opinion are severe, the manager smartphone in charge transmits the patient data of the self-manager to the medical institution; further comprising
How to self-manage the self-manager within the designated place. delete According to claim 18
In the comparison step, if the GPS table value that is the same as the smartphone is not within the allowable range of the GPS value of the designated place
The server transmits a message of leaving the place to the self-manager smartphone, but the message further includes a function of turning on the alarm, and the self-manager smartphone receives the away-of-place message and
When the self-manager smartphone reads the location departure message from the self-manager smartphone, the self-manager smartphone checks whether the self-manager is in the self-management place;
Further comprising the step of turning off the alarm when it is confirmed that the self-management smartphone is in the self-management place.
How to self-manage a self-manager within a designated place delete delete A system composed of a management server (hereinafter referred to as the server) with a self-management system installed, a self-manager smartphone with biometric recognition function, temperature sensing function, and GPS function, and a manager smartphone that stores patient data of self-manager.
If the manager's smartphone provides the server with the patient data and push notification time of the self-manager, the server sends a push notification to the self-administrator's smartphone according to the push notification time, and the self-manager's smartphone receives the push notification and taps the push notification. The self-manager smartphone transmits the time when the push notification was tapped to the server, and the self-manager smartphone with the biometric recognition function obtains biometric information by biometric recognition, and the self-manager smartphone transmits the acquired biometric information to the server. The push notification tapped time is received and stored in the tapped time table in the server, the server stores the received biometric information in the biometric image table in the server, and the server compares and compares the biometric image table value with the biometric information stored in the server. If the values are the same, the biometric authentication time, which is the comparison time, is stored in the biometric authentication time table in the server.
The self-management smartphone with temperature sensing function measures the body temperature, the self-management smartphone transmits the measured body temperature to the server, and the server receives the measured body temperature and stores it in the measured temperature information table in the server. If the stored active temperature information table value is compared and the measured body temperature is within the active temperature information table value,
Compare the biometric information acquisition time in the server and the temperature measurement time received by the self-manager smartphone in the server, and if the difference between the comparison values is within the allowable range, the self-manager is judged as the same person
The server compares the biometric authentication time table value and the tapped time table value, and if the comparison value is within the allowable range, the self-managed smartphone with GPS function receives the GPS value, and the self-managed smartphone transmits the received GPS value to the server. The server stores the received GPS value in the GPS table of the same smartphone in the server, and the server compares the GPS value of the designated place stored in the server with the GPS table value of the same smartphone, and the GPS table value of the smartphone is the same as the GPS value of the designated place. If it is within range, the server determines that the self-manager is within the self-management location.

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