KR20190033145A - System for healthy lifestyle for schizophrenia patients using application on smart device - Google Patents

Abstract

The present invention provides a system which uses a smartphone with a lifestyle improvement application installed therein to diagnose whether a user suffers from schizophrenia and treat metabolic disorders to maintain a healthy lifestyle of a schizophrenic patient. The system comprises: a plurality of sensors installed in the smartphone to acquire current bioinformation of a user; a central server to receive the bio information of the user sensed by the plurality of sensors to store the bioinformation; a life pattern analysis unit which is separately arranged in the central server, and has classification scores previously stored therein to analyze a life pattern of the user based on the bioinformation of the user; and a metabolic disorder symptom determination unit to determine whether the user has a metabolic disorder based on the classification scores, and then transmit health information to the user. The bio information sensed by the plurality of sensors during a set period is transmitted to the central server. Then if a metabolic disorder symptom risk level is determined to be high by the life pattern analysis unit of the central server and the metabolic disorder symptom determination unit, the metabolic disorder syndrome of the user is treated by the lifestyle improvement application installed in the smartphone.

Description

SYSTEM FOR HEALTHY LIFESTYLE FOR SCHIZOPHRENIA PATIENTS USING APPLICATION ON SMART DEVICE BACKGROUND OF THE INVENTION [0001]

The present invention relates to a system for maintaining a healthy lifestyle of a patient suffering from orphan disease in association with an app installed in a smart phone, and it is intended to help a person to keep a healthy lifestyle by tracking the daily life of a subject, The present invention relates to a new system in which a next-generation personal health application capable of monitoring lifestyle patterns of a subject with a smartphone equipped with a sensor, guiding the lifestyle of a subject actively, and further modeling and promoting such a technical idea.

In Korea, one in three adults is obese (Ministry of Health and Welfare, 2011). Obesity is a cause of metabolic disorders such as abdominal obesity, diabetes, hypertension, hyperlipidemia, and congenital heart disease (CHD) (Schizophrenia Research, 2009).

It is estimated that about 150,000 patients are suffering from chronic illnesses in Korea (Ministry of Health and Welfare, 2011).

In patients with chronic idiopathic disease with a lack of motivation for voluntary physical activity, the adverse effects of atypical antipsychotic drugs lead to a 2-fold higher obesity and a 2 to 3-fold higher prevalence of cardiovascular syndrome than the general population (Journal of Clinical Psychiatry, 2010; Schizophrenia Research, 2005; Annals of General Psychiatry, 2011).

The early mortality rate of patients with asthma is two to three times higher (The British Journal of Psychiatry, 1998; Journal of Clinical Psychiatry, 2010) and life expectancy is about 20 years shorter (Psychiatric Services, 2006).

In this way, patients with pre-eclampsia have a high mortality rate due to physical diseases that can be prevented and treated. This means that they are deprived of the opportunity to experience genuine recovery in the face of social prejudice (Psychosomatics, 2010).

In fact, since the risk of CHD due to obesity is higher than that of suicide as the cause of premature death in patients with asthma, continuous intervention for the management of obesity is needed (Journal of Clinical Psychiatry, 2007).

In addition, there is a lack of means for guiding and monitoring self-management to modern people who are tired and busy in everyday life and inducing healthy well-being.

Accordingly, the present invention can help a person to keep track of the daily life of a subject and help maintain a healthy lifestyle, and as an implementation method thereof, a life pattern of a subject is monitored by a smart phone equipped with various sensors, And to provide a new system in which a next generation personal health application capable of modeling and promoting these technical ideas can be implemented.

In addition, it is intended to diagnose the degree of metabolic disturbance of the subject who has symptomatic symptoms through a variety of sensors installed on the smartphone, and to remedy / manage the user's symptom remotely remotely through a separate app installed on the smartphone have.

KR 10-2014-0018754 (published Feb. 13, 2014)

The present invention improves desirable lifestyle through an app installed in a smart phone and provides a self-initiated motivation-enhancing health care service, thereby guiding the daily life of patients with chronic obstructive pulmonary disease correctly and healthily, and periodically analyzes life patterns It is intended to intervene with a network that can treat and / or relieve symptoms of metabolic disorders commonly suffering from the disease.

A system that maintains a healthy lifestyle of patients with chronic illness is introduced by using a smartphone equipped with a lifestyle improvement app for diagnosing the presence or absence of a user's disease and treating the disease.

More specifically, a comprehensive concept that can track, diagnose, and monitor most life activities that can affect physical activity, social interaction, and medication management so as to induce the physical, social and mental well-being of the subject Smartphone-based systems are introduced.

The purpose of this study is to provide a new model that can diagnose the metabolic syndrome and treat / relieve the metabolic disorder syndrome.

To this end, the present invention provides a system for maintaining a healthy lifestyle of a patient suffering from a chronic illness using a smart phone equipped with a lifestyle improvement app for diagnosing the presence or absence of a patient's epilepsy and treating a metabolic disorder, A plurality of sensors installed on the smartphone to enable the smartphone to perform the functions; A central server in which biometric information of a user sensed by the plurality of sensors is transmitted and stored; A life pattern analyzing unit separately provided in the central server and storing classification scores so as to analyze a user's life pattern based on the biometric information of the user; And a metabolic disorder symptom determination unit for determining whether the user has metabolic disturbance based on the classification score and transmitting health information to the user. Wherein the biometric information sensed by the plurality of sensors is transmitted to the central server for a predetermined period of time, and then the life pattern analyzing unit of the central server and the metabolic disorder symptom determination unit determine that the metabolic disorder symptom danger level is high The user can manage the metabolic disorder syndrome through the lifestyle improvement app installed in the smartphone.

If a system that maintains a healthy lifestyle of patients with epidemic diseases in conjunction with an application installed in a smartphone having the above-described configuration according to the present invention is used, it is possible to quickly diagnose whether or not the user's epidemic disease recurred, Various lifestyle habits and health care services can be provided.

In addition, there is a feedback effect that can provide users with various information that can be easily diets through a sensor installed in a smart phone in real time. Through this, a user is provided with various complex guide information for a well- Ultimately, it has the effect of correcting the life pattern by oneself, and various effects such as regular sleeping, exercise and healthy sociality can be raised.

In the end, the purpose of the present invention is to provide a new model for diagnosing and alleviating metabolic disorders in patients suffering from pre-existing disease.

FIG. 1 is a diagram showing an overall configuration of a system for maintaining a healthy lifestyle of a patient suffering from an epidemic disease in cooperation with an app installed in a smart phone,
2 is a diagram showing an example of a screen that is actually driven by an app applied to the present invention,
FIG. 3 shows an embodiment of a blood glucose measurement sensor applicable to the present invention,
Figure 4 shows one embodiment of a score according to the user ' s bpm,
FIG. 5 shows an example of classification scores related to blood glucose stored in the life pattern analysis unit,
6 is a view showing an example of the classification score related to the blood pressure stored in the life pattern analyzer,
7, the score and the degree of symptom thereof are shown in one embodiment,
8 is a diagram illustrating a process in which the present invention operates,
FIG. 9 shows a screen displayed when the lifestyle habit improvement app installed in the smartphone is executed,
FIGS. 10 to 64 are views showing screens displayed on a display unit of a smartphone when executing a lifestyle habit improving app applied to the present invention. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a system for maintaining a healthy lifestyle of a patient suffering from an epidemic disease in connection with an app installed in a smartphone of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is an overall configuration diagram of a system for maintaining a healthy lifestyle of an epilepsy patient in conjunction with an application installed in a smartphone of the present invention, and FIG. 2 is a diagram showing an example of a screen that is actually operated by an application of the present invention .

As shown in the figure, the present invention can be applied to a smart phone equipped with an app for diagnosing a patient's epidemic disease and providing services for epidemic diseases, a plurality of sensors installed in a smart phone, a central server 100, A life pattern analyzer 200, and a metabolic disorder symptom determination unit 300.

The smartphone used in the present invention may include a portable terminal or a desktop, and may be any type of information receiver capable of receiving information on-line.

After the smartphone executes the application installed in the smartphone, the user logs in, information inputted by the user is transmitted to the central server 100, and information transmitted from the central server 100 is also transmitted to the smartphone.

On the other hand, a plurality of sensors are installed inside or outside the smart phone so as to acquire the current biometric information of the user. The biometric information of the user sensed by the plurality of sensors is transmitted to the central server 100 and then stored.

The plurality of sensors include an electrocardiogram sensor capable of measuring a user's heart rate variation, a blood glucose measurement sensor capable of measuring blood sugar of a user, and a blood pressure measurement sensor capable of measuring a blood pressure of a user.

The electrocardiogram sensor is used to measure the heartbeat. In some cases, the user touches the sensor installed on the smartphone for a predetermined time to measure the heart rate of the user.

The blood glucose measurement sensor can be measured by the blood glucose measurement sensor of FIG. 3, which can be separately installed in the smartphone. That is, the blood glucose measurement sensor of FIG. 3 is connected to a smartphone through a connector, and the blood glucose of the user is measured by the blood glucose measurement sensor, and the measured blood glucose is transmitted to the smartphone.

The blood pressure measurement sensor can be implemented to be transmitted to the smartphone through the blood pressure measurement sensor built in the smart band, which is installed on the wrist of the user, which is implemented in cooperation with the smart phone. A smart band on the wrist can measure the blood pressure based on the user's heart rate and transmit it to the smart phone through a communication medium such as Bluetooth to measure the blood pressure of the user.

It is preferable that the electrocardiogram sensor, the blood glucose measurement sensor, and the blood pressure measurement sensor described above are continuously sensed regardless of whether or not the app installed in the smart phone is executed, and are transmitted to the central server 100 and stored at the same time.

Meanwhile, the central server 100 may be installed at various locations. For example, it can be installed in a hospital to treat metabolic disorders of a person suffering from pre-existing disease, and in some cases, it can be installed in a specialized institution for treating pre-existing diseases.

The central server 100 and the smartphone are continuously interlocked to share various information with the smartphone.

Meanwhile, the central server 100 includes a life pattern analyzer 200, which is provided separately and stores classification scores so that the user's life pattern can be analyzed based on the user's biometric information. In addition, the user includes a metabolic disorder symptom determination unit 300 that determines the metabolic disorder syndrome of the subject, and transmits health information to the user based on the classification score.

For example, as shown in FIG. 4, a score according to the average bpm (heart rate) may be selected during a predetermined period or in real time during a user's day or in real time.

For example, if a user's average daily bpm is 60 or more and less than 90 per month for a month, the classification score can be calculated as 10 points.

Of course, this classification score can also be set variously according to the user.

On the other hand, the sensing by the electrocardiograph sensor can be collected in the central server 100 by various methods.

As will be described in detail below, the central server 100 transmits a message to the user at a predetermined time during a certain period of time to send a message to the user to measure the electrocardiogram, finger the user to the sensor installed in the smartphone, 100 to collect the information.

On the other hand, as shown in FIG. 5, the life pattern analyzer 200 of the central server is provided with classification scores related to blood glucose.

That is, the blood glucose level of the user measured in real time or the average blood glucose level of the average user during the set period may be calculated as 5 points, or 30 points or 50 points when the blood glucose measurement value is between 70 and 110.

Of course, it is obvious that the classification score can be changed according to the user's fasting and 2-hour postprandial blood glucose level. Based on the classification score, basic information for judging the degree of the user's disability is acquired.

In addition, as shown in FIG. 6, the life pattern analyzing unit 200 of the central server is provided with classification scores related to blood pressure.

Of course, this classification score is an example, and it is obvious that it can be variously set according to the individual difference of the user.

In general, it was calculated as 5 points within the range of normal blood pressure, and the score was set to increase as the hypertension progressed.

On the other hand, the metabolic disorder symptom determination unit 300 includes a metabolic disorder symptom determination unit 300 for determining the presence or absence of a pregnancy disease or a degree of metabolic disturbance in a patient with asthma, based on the classification score, and transmitting health information to the user.

That is, as shown in FIG. 7, when the average value is within the indicated range based on the blood pressure, blood glucose, and electrocardiogram, the result is divided into normal, low risk, intermediate high risk and high risk and the result is transmitted to the smartphone of the user To inform the risk and to induce the treatment of the metabolic disorder of the subject suffering from the disease through the app which will be described below.

Of course, the score shown in FIG. 7 and the symptom severity are examples, and it is obvious that the score interval and the symptom judgment can be variously set.

In addition, after the biometric information sensed by the plurality of sensors is transmitted to the central server during the set period, the life pattern analyzer 200 and the metabolic disorder symptom determination unit 300 of the central server determine that the symptom risk level is high , It is used to treat the metabolic disorder of the user through the lifestyle improvement app installed in the smartphone and ultimately to treat the disease.

To this end, the central server 100 performs an alarm function for guiding the user to input the electrocardiogram, blood sugar, body weight, and blood pressure of the current user through the lifestyle habit improvement app by a predetermined number of times periodically set by the smartphone to the user .

An input window for inputting a user's electrocardiogram, blood sugar, body weight and blood pressure is displayed when the lifestyle improving app is executed, and the inputted biometric information of the user inputted through the input window is transmitted to the central server 100.

The set period may be variously set, and the biometric information sensed by the plurality of sensors described above may be transmitted to the central server 100 in units of one month, six months, or one year.

As shown in FIG. 8, the central server 100 performs an alarm function to induce the user to input biometrics information of the current user through the application a predetermined number of times periodically set by the smart phone.

Such an alarm function can be performed by various methods such as a text message and an alarm call.

This alarm function can be sent to the user's smartphone, and can be set to alert the nearest family member, friend, or mental health professional with a guide to the local mental health service.

For example, the biometric information of the user may be transmitted to the central server 100 through the application once a day for a period of one month. If the biometric information input window shown in FIG. 8 is selected, A blood glucose level, a body weight, and a blood pressure are inputted. When a plurality of sensors installed on a smart phone or an electrocardiogram, a blood sugar, a body weight, and a blood pressure measured by an actual user are input, the information is transmitted to the central server 100 And stored.

On the other hand, if it is determined in the central server 100 that the user currently has suspicious or target dysfunction syndrome based on the biometric information of the user measured in real time or the user's biometric information collected during the set period, It is characterized by the treatment of metabolic syndrome through an app to be described later.

FIG. 9 is a diagram showing a well-being expression input window for inducing a user's well-being expression, a non-smoking input window for inducing smoking of the user, a drinking correction input window for correcting the drinking habits of the user, There is shown an input window for improving the lifestyle of a user including a stress control input window capable of reducing stress.

At this time, when the user selects the well-being expression input window of FIG. 9, the following input window is displayed on the display unit of the smartphone.

As shown in FIGS. 10 to 12, a personal information input window that can infer the present life pattern of the user including the user's height, weight and daily diet, the activity amount of the user, and the health state of the current user is displayed .

When the user inputs the daily diet and activity amount through the input window, the information is transmitted to the central server and stored.

At this time, as shown in FIG. 13, a table for comparing the calorie of the user with the calorie of the present user is provided to the user through the smartphone's app.

After the information of the user inputted through the personal information input window is transmitted to the central server, the central server transmits a medical questionnaire which can input the user's exercise amount, meal speed, eating habit, blood pressure, And provides the user with the lifestyle habit improvement app.

14 shows a user's exercise amount, FIG. 15 shows a user's meal speed, FIG. 16 shows a user's eating habits, FIG. 17 shows a user's blood pressure and blood glucose, and FIG. 18 shows a questionnaire And provides the user with the lifestyle habit improvement app.

In addition, the lifestyle modification improving app provides the user with well-being cooking information, target calorie information, and well-being health information including gender-recommended diet and calorie-recommended diet information.

That is, as shown in FIG. 19 to FIG. 25, a variety of information aiming at weight loss can be provided to the user through the application so as to overcome the metabolic disorder of the subject.

In addition, the central server is provided with a food group that can be substituted for the user's dietary calorie by this lifestyle improvement app, and a calorie quantity per food group and an exchange unit quantity per food.

In other words, as shown in FIG. 26 to FIG. 27, a variety of food groups capable of maintaining calories while maintaining calories are provided by providing food groups, food groups, and exchange unit quantities that can be substituted by the user's calorie diets There is a feature in the box.

On the other hand, at the time of selecting the smoking-cessation input window, a personal information input window that can infer the current life pattern of the user including the smoking period of the user and the number of cigarettes to be bloomed per day and the health state of the current user is displayed .

At this time, the information of the user inputted through the personal information input window is transmitted to the central server 100.

29 to 34, the central server 100 may include a questionnaire that can input a user's smoking cessation start date, a smoking cessation start time, a smoking habit of a user, a user's health condition satisfaction, and a user's nicotine dependency And provides the user with the lifestyle habit improvement app.

35 to 38, the central server 100 provides the user with information for successful smoking cessation and smoking cessation information including body information expected to the user in quitting smoking through the lifestyle improvement app. .

On the other hand, as shown in FIG. 39, when a drill correction input window for correcting a drinking habit of a user is selected, a personal information input window including a sex and a job of the user is displayed.

The information of the user inputted through the personal information input window is transmitted to the central server 100. As shown in FIG. 40 to FIG. 42, the central server 100 inputs the user's drinking habit, To the user through the lifestyle habit improvement app.

The central server 100 receives the result of the questionnaire and transmits the result of the questionnaire to the user through the lifestyle improvement app, as shown in FIG. 43 to FIG. 47, by using a calendar capable of displaying healthy drinking counseling, And provides physical information expected to the user in a window and healthy drinking.

On the other hand, as shown in FIG. 48, a personal information input window including a sex and a job of the user is displayed when the stress control input window is selected to reduce the stress of the user.

After the information of the user inputted through the personal information input window is transmitted to the central server 100, a plurality of questionnaires are displayed in FIGS. 49 to 58 so that the user can measure the degree of stress of the user. As shown in FIG. 59, a measurement result indicating the degree of stress of the user according to the input of the input window of the plurality of questionnaires is provided to the user.

60 to 64, the central server 100 provides information for healing stress to the user through the lifestyle habit improvement app.

Through the above-mentioned application execution, the user's epilepsy syndrome or metabolic syndrome can be gradually healed, and the user can remotely control the metabolic syndrome of a person suffering from epilepsy even if the user does not visit the actual hospital And so on.

In addition, if the system is configured to maintain a healthy lifestyle of a patient with an epidemic disease in conjunction with an application installed in the smartphone of the present invention, the user can quickly diagnose the epidemic of the epidemic, The user's lifestyle can be improved, and health care services can be provided.

In addition, there is a feedback effect that enables users to easily provide diverse information through a sensor installed on a smart phone in real time. Through this, a user is provided with various complex guide information for a well- Ultimately, it has the effect of correcting the life pattern by oneself, and various effects such as regular sleeping, exercise and healthy sociality can be raised.

The object of the present invention is to provide a new model which can detect the degree of metabolic disturbance of a subject suffering from an epidemic disease and prevent or prevent the metabolic disorder, thereby maintaining a healthy lifestyle.

Claims (9)

A system for maintaining a healthy lifestyle of a patient suffering from a chronic illness using a smartphone equipped with a lifestyle improvement app for diagnosing the presence or absence of a user &
A plurality of sensors provided on the smartphone so as to acquire current biometric information of a user;
A central server in which biometric information of a user sensed by the plurality of sensors is transmitted and stored;
A life pattern analyzing unit separately provided in the central server and storing classification scores so as to analyze a user's life pattern based on the biometric information of the user; And
A metabolic disorder symptom judgment unit for judging the presence or absence of metabolic disturbance of the user based on the classification score and transmitting health information to the user; , ≪ / RTI &
When the biometric information sensed by the plurality of sensors is transmitted to the central server for a predetermined period of time and the metabolic distress symptom determination unit determines that the metabolic disorder symptom risk level is high, A system that maintains a healthy lifestyle for patients with chronic illnesses in conjunction with an app installed on a smart phone, characterized by treating the metabolic syndrome of the user through lifestyle improvement apps installed in the phone. The method according to claim 1,
Wherein the plurality of sensors comprises:
An electrocardiogram sensor capable of measuring a user's heart rate variation,
A blood glucose measuring sensor capable of measuring blood glucose of a user,
And a blood pressure measuring sensor capable of measuring a blood pressure of a user, and a system for maintaining a healthy lifestyle of a patient suffering from an abnormal condition in connection with an app installed in a smart phone. The method according to claim 1 or 2,
The central server comprises:
And an alarm function for guiding the user to input the electrocardiogram, blood sugar, body weight, and blood pressure of the current user through the lifestyle habit improving app by a predetermined number of times periodically set by the smartphone to the user,
An input window for inputting a user's electrocardiogram, blood sugar, body weight and blood pressure is displayed when the lifestyle habit improving app is executed, and the inputted biometric information of the user inputted through the input window is transmitted to the central server A system that maintains a healthy lifestyle for patients with chronic illnesses in conjunction with installed apps. The method of claim 3,
When the lifestyle improvement app installed in the smartphone is executed,
A well-being expression input window for guiding the user's well-being expression,
A non-smoking input window for inducing smoking of a user,
A drinking correction input window for correcting the user's drinking habits,
And an input window for improving a lifestyle of a user including a stress control input window for reducing a user's stress is displayed on the display unit. system. The method of claim 4,
Upon selection of the well-being expression input window,
A personal information input window for displaying a current life pattern of a user including a user's height, a weight, a daily diet of a user, and an activity amount of a user and a health state of a current user is displayed,
After the information of the user inputted through the personal information input window is transmitted to the central server, the central server displays a questionnaire table for inputting the user's exercise amount, meal speed, eating habit, blood pressure, blood sugar, To the user through the lifestyle habit improvement app,
And provides the well-being type health information including the well-being type cooking information, the target calorie information, the gender recommendation type diet, and the recommended calorie-based diet information to the user through the lifestyle improving app. A system that maintains a healthy lifestyle for the sick patient. The method of claim 5,
The central server comprises:
The above-mentioned lifestyle-improving app provides a food group that can be replaced by the user's calorie calorie, a calorie quantity per food group, and an exchange unit quantity per food, and a healthy lifestyle . The method of claim 4,
Upon selection of the smoking cessation input window,
A personal information input window for displaying the current life pattern of the user including the smoking period of the user and the number of cigarettes to be bloomed per day and the health state of the current user is displayed,
After the information of the user inputted through the personal information input window is transmitted to the central server, the central server transmits the user's smoking cessation start date and smoking cessation start time, the user's smoking habit, the user's health status satisfaction, The questionnaire table for inputting the dependency is provided to the user through the lifestyle habit improvement app,
And provides the user with the information for successful smoking cessation and the smoking information including the body information expected from the user in the smoking cessation through the lifestyle habit improving app. A system that maintains style. The method of claim 4,
When selecting the drinking correction input window for correcting the user's drinking habits,
A personal information input window including a user's sex and occupation is displayed,
After the information of the user inputted through the personal information input window is transmitted to the central server, the central server transmits a questionnaire to the user through the lifestyle habit improvement application, which can input the drinking habit, the amount of drinking water, Provide,
An app installed on a smartphone, which provides a user with a health calendar, a calendar window for displaying a healthy drinking session, a healthy drinking circle, A system that maintains a healthy lifestyle of patients with chronic disease. The method of claim 4,
When a stress control input window is selected to reduce stress of the user,
A personal information input window including a user's sex and occupation is displayed,
After the information of the user inputted through the personal information input window is transmitted to the central server, the central server includes a plurality of questionnaires so that the user can measure the degree of stress of the user, A measurement result indicating a degree of stress is provided to a user,
And provides information for healing stress to the user through the lifestyle habit improvement app. The system maintains a healthy lifestyle of a patient suffering from an epidemic disease in conjunction with an app installed in a smartphone.

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