KR101946523B1 - A health care service system by using bio-signals and symptoms - Google Patents

Abstract

The present invention relates to a care plan service system based on bio-signal and symptom information, which generates a first two-way mapping relationship of a disease with respect to bio-signal/symptom information and a second two-way mapping relationship of a care plan with respect to a disease and applies to the first and second two-way mapping relationships for user care plan recommendation when a user exhibits specific bio-signal/symptom information. The present invention includes a mapping relationship generation unit generating a first two-way mapping relationship of a disease with respect to bio-signal/symptom information and a second two-way mapping relationship of a care plan with respect to a disease; a bio-signal/symptom receiving unit receiving a user′s bio-signal and symptom information; a care plan searching unit searching a care plan in first and second mapping relationship DBs by applying the user′s bio-signal and symptom information; and a care plan recommendation unit recommending a searched care plan. With the system, a care plan is recommended by means of a first two-way mapping relationship of a disease with respect to bio-signal/symptom information and a second two-way mapping relationship of a care plan with respect to a disease, and thus a care plan can be provided that provides more fundamental treatment based on user disease confirmation.

Description

[0001] The present invention relates to a health care service system using bio-signals and symptoms,

The present invention generates a first half mapped relationship of a disease for biological signal / symptom information and a second half mapped relationship of a care plan for disease, and when the user indicates a specific bio-signal / symptom information, To a mapping relation, and recommends a care plan to a user.

Generally, in order to receive the medical service, the patient must directly visit the hospital or the health center performing the medical service and receive the medical service. However, recent rapid development of network technology has enabled diversification of health management system services through the Internet, thereby making it easier to manage their own health status. In particular, U-health, which can prevent, diagnose, treat, manage, and provide healthcare services anywhere and anytime by linking information communication and healthcare, is a common healthcare program for various diseases such as stress, hypertension and diabetes Has been developed and proposed to be provided through the Internet or a portable terminal.

In addition, according to each disease, a variety of programs will be provided depending on the provider and the site providing the management program for the disease, and the user must select the health management program suitable for his / Will face. As a solution to this problem, the site providing the health care program has a frequently used or effective effect in the health care program, and the user is informed of the contents fed back to the user so that the user can select the reliable health care program Can be presented.

However, such an approach has the limitation that an effective method for others may not necessarily be suitable for the user because the same information is provided to all users. In order to overcome these limitations, a technique for recommending a health care program that is predicted to be most suitable for an individual's disease based on information on an individual's bio-signals and symptoms has been suggested [Patent Document 1].

However, since the prior art recommends and provides a health care program only based on bio-signals and symptom information, the health care program is recommended without confirming the actual disease or disease of the user. Therefore, there is a problem in that a health care program having only a temporary improvement effect is recommended, without fundamentally treating a disease or a disease.

Korean Registered Patent No. 10-1497690 (published on June 5, 2015)

An object of the present invention is to solve the above-mentioned problems, and it is an object of the present invention to provide a method and apparatus for generating a first half-mapped relationship of a disease for biological signal / symptom information and a second half-mapped relationship of a care plan for disease, The present invention provides a care plan service system based on a bio-signal and a symptom information, wherein the care plan is recommended to a user by applying the first and second half-mapped relationships when the bio-signal / symptom information is displayed.

In order to accomplish the above object, the present invention provides a care plan service system based on bio-signals and symptom information, wherein the first two-mapped relationship of disease to biological signal / symptom information and the second- A mapping relation generation unit generating the mapping relation; A biological signal / symptom receiving unit for receiving the user's biological signal and symptom information; A care plan search unit for searching for a care plan in the first and second mapping relationship DBs by applying the user's biomedical signal and symptom information, and a care plan recommendation unit for recommending the searched care plan.

According to another aspect of the present invention, there is provided a care plan service system based on bio-signals and symptom information, wherein the mapping relation generator connects the symptom / bio-signal and the disease through a bipartite network, And mapping each symptom to a vital sign when mapped to a disease.

According to another aspect of the present invention, there is provided a care plan service system based on biological signals and symptom information, wherein the mapping relation generator is configured to assign a weight to a connection between the symptom / And the weight of the connection is set by using the weight.

According to another aspect of the present invention, there is provided a care plan service system based on a bio-signal and a symptom information, wherein the bio-signal / symptom receiving unit receives a symptom of the user himself / .

In the care plan search system, the care plan search unit searches the first half-mapped database (DB) for the biological signal / symptom information most similar to the received biological signal / symptom information of the user, Extracts the corresponding disease by referring to the searched first half-mapped relationship, retrieves the extracted disease from the second half-mapped database (DB), extracts the corresponding K-plan by referring to the searched second half-mapped relationship .

As described above, according to the bio-signal and symptom information-based care plan service system according to the present invention, it is possible to utilize the first two-mapped relationship of the disease for the biological signal / symptom information and the second half-mapped relationship of the care plan for the disease Therefore, it is possible to provide a care plan capable of more fundamental treatment by confirming the disease of the user by recommending the care plan.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of an entire system for implementing the present invention. FIG.
2 is a block diagram of a configuration of a care plan service system based on bio-signals and symptom information according to an embodiment of the present invention;
3 is an exemplary diagram illustrating a first half-mapped database (DB) according to an embodiment of the present invention.
4 is an exemplary diagram illustrating a second half-mapped database (DB) according to one embodiment of the present invention.
5 is an exemplary screen for receiving symptom information according to an embodiment of the present invention.
FIG. 6 is a flowchart illustrating a care plan service method based on a bio-signal and a symptom information according to a first embodiment of the present invention; FIG.
FIG. 7 is a flowchart illustrating a method of providing a care plan based on a bio-signal and symptom information according to a second embodiment of the present invention. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the drawings.

In the description of the present invention, the same parts are denoted by the same reference numerals, and repetitive description thereof will be omitted.

First, a configuration of an overall system for carrying out the present invention will be described with reference to FIG.

1, the overall system for implementing the present invention includes a biometric sensor 60 for measuring a bio-signal, a smart terminal 10 having a mobile communication function, A service application 20 for users providing a management service, and a health management server 30 for providing health management services. The service application 20 and the health care server 30 are connected through a network 80 such as the Internet to perform data communication. And a database 40 for further storing data.

First, the user's smart terminal 10 is a smart terminal having ordinary computing functions such as a smart phone, a tablet, and a tablet PC as a mobile terminal used by a user. In particular, the smart terminal 10 is a terminal to which an application or a mobile application (or an app or an application) can be installed and executed. In addition, the smart terminal 10 is equipped with a short-range wireless communication function such as Wi-Fi and Bluetooth, and can perform data communication with the biometric sensor 60 wirelessly.

Next, the biosensor 60 includes at least one sensor module for measuring a user's biomedical signal such as heart rate, HRV, body temperature, blood glucose concentration, and body fat concentration.

The biometric sensor 60 is attached to a wearer's body, a wearable device, or the like. Or may be attached to and operated on a separate medical measurement device. The biometric sensor 60 performs data transmission / reception with the smart terminal 10 via short-range wireless communication such as Wi-Fi and Bluetooth, and in particular transmits the measured biometric signal to the smart terminal 10.

The service application 20 for users is a mobile application (or app, application) installed in the smart terminal 10 and is a program for providing a user's health care service in cooperation with the health management server 30 System.

The user service application 20 receives biological signals such as heart rate, heart rate (HRV), body temperature, blood glucose concentration, and body fat concentration from the biological sensor 60, and collects bio-signals of the user.

Also, preferably, the service application 20 can receive data on the user's symptoms by the user. That is, data on the current symptom condition (questionnaire / survey data) can be inputted through the questionnaire or the questionnaire method. That is, preferably, symptoms that may be directly related to the user's disease can be inputted through a questionnaire or a survey method.

Next, the health management server 30 generates a first half-mapped relationship of the disease with respect to the bio-signal / symptom information and a second half-mapped relationship of the care plan with respect to the disease, , It is applied to the first and second half-mapped relationships to recommend the care plan to the user.

That is, the health management server 30 generates a first half-mapped relation of the disease for the biological signal / symptom information and stores it in the first half-mapped database DB.

In addition, the health care server 30 generates and stores a second half-mapped relationship of the care plan for the disease to the second half-mapped database (DB).

In addition, the health care server 30 receives data on the user's bio-signal / symptom from the service app 20.

The health management server 30 searches the first half-mapped database DB for the bio-signal / symptom information most similar to the received bio-signal / symptom information of the received user. And extracts the corresponding disease by referring to the searched first half mapping relationship.

In addition, the health care server 30 retrieves the extracted disease from the second half-mapped database DB, and extracts the corresponding K-plan with reference to the second half-mapped relationship retrieved.

In addition, the health care server 30 recommends the extracted care plan and transmits it to the service application 20.

Next, the database 40 includes a first mapping DB 41 for storing a first half-mapped relationship of the disease with respect to biological signal / symptom information, a second mapping (second mapping) storing a second half-mapped relationship of the care plan for the disease A DB 42, and a care plan DB 43 for storing program contents of the care plan. However, the configuration of the database 40 is only a preferred embodiment. In the development of a specific device, the database 40 may have a different structure in consideration of ease of access and retrieval, efficiency, and the like.

Next, a care plan service system based on bio-signals and symptom information according to an embodiment of the present invention will be described with reference to FIG.

2, the bio-signal and symptom information-based care plan service system 30 according to the present invention includes a first half-mapped relationship of a disease for biological signal / symptom information and a second half-mapped relationship of a care plan for disease A bio-signal / symptom receiving unit 32 for receiving the user's biomedical signal and symptom information, the bio-signal / symptom information of the user and applying care to the first and second mapping relationship DBs, A care plan search unit 33 for searching for a plan, and a care plan recommendation unit 34 for recommending the searched care plan.

First, the mapping relation generation unit 31 generates a first half-mapped relation of a disease for biological signal / symptom information and stores it in a first half-mapped database (DB). 3 is a diagram illustrating a first half-mapped relationship.

As shown in FIG. 3, a symptom / vital sign and disease are connected through a bipartite network configuration. At this time, the weight of the graph is the frequency of symptom / biomedical signal for a specific disease. In addition, when a specific symptom and a vital signal are mapped to a disease, each symptom and a vital sign can be connected.

Also, the mapping relation generation unit 31 generates a second half-mapped relationship of the care plan for the disease and stores it in the second half-mapped database (DB). 4 is a diagram illustrating a second half-mapped relationship.

As shown in FIG. 4, a bipartite network configuration connects the treatment to the disease. At this time, the weights of the graphs are made up of the satisfaction of the treatment shown for the specific disease.

In addition, the bio-signal / symptom receiver 32 receives data on the user's bio-signal / symptom from the service app 20.

As shown in FIG. 5, the user of the service application 20 can directly input a symptom of the user.

The bio-signal / symptom receiver 32 receives the user's symptom data input from the service app 20 as described above.

Next, the care plan searching unit 33 searches the first half-mapped database (DB) for the bio-signal / symptom information most similar to the received bio-signal / symptom information of the user. And extracts the corresponding disease by referring to the searched first half mapping relationship.

In addition, the care plan searching unit 33 searches the second half-mapped database DB for the extracted disease, and extracts the corresponding K-plan with reference to the second half-mapped relationship searched.

Next, the care plan recommendation unit 34 recommends the extracted care plan and transmits it to the service application 20.

Next, a bio-signal and symptom information-based care plan service method according to a first embodiment of the present invention will be described with reference to FIG.

As shown in FIG. 6, first, a user inputs a symptom and a biological signal (S11).

Next, the health management system 30 derives the most similar disease based on the entered symptom / bio-signal information (S12).

Next, the health management system 30 recommends a K-Plan (or a treatment method) showing the highest satisfaction using the derived disease and symptom / bio-signal information.

Next, a biometric signal and symptom information-based care plan service method according to a second embodiment of the present invention will be described with reference to FIG.

As shown in FIG. 7, first, a user inputs symptoms and a bio-signal through the smart terminal 10 (S21).

Next, the health management system 30 receives the disease determined through the input of a doctor or the like expert (S12). At this time, the disease information is input through a specialist terminal such as a doctor.

Next, the health management system 30 receives information on a treatment method or a care plan recommended by an expert such as a doctor. At this time, the care plan information is input through an expert terminal of a doctor or the like.

Next, the health management system 30 receives the satisfaction of the care plan entered through the user smart terminal 10. [

Although the present invention has been described in detail with reference to the above embodiments, it is needless to say that the present invention is not limited to the above-described embodiments, and various modifications may be made without departing from the spirit of the present invention.

10: User smart terminal 20: Service application for users
30: Healthcare server 31: Mapping relationship generator
32: biological signal / symptom receiving unit 33: care plan searching unit
34: Care plan recommendation section
40: Database 60: Biosensor
80: Network

Claims (5)

1. A care plan service system based on biological signals and symptom information,
A mapping relationship generating unit for generating a first half-mapped relation of the disease for the bio-signal / symptom information and a second half-mapped relation of the care plan for the disease;
A biological signal / symptom receiving unit for receiving the user's biological signal and symptom information;
A care plan searching unit for searching for a care plan in the first and second mapping relationship DBs by applying the user's biomedical signal and symptom information; And
And a care plan recommending unit for recommending the retrieved care plan,
The mapping relation generator connects the symptom / bio-signal and the disease through a bipartite network configuration as a first half-mapped relationship. When the specific symptom / bio-signal is mapped to at least one disease, and,
Wherein the mapping relation generation unit assigns a weight to the connection between the symptom / bio-signal and the disease, assigns weight of the connection using the frequency of the symptom / bio-signal that appears for the specific disease,
Wherein the mapping relationship generator connects the disease and the care plan as a second half-mapped relationship through a bipartite network configuration and assigns a weight to the connection between the disease and the care plan, wherein the satisfaction of the care plan The weight of the connection is given,
The care plan search unit searches the first half-mapped database (DB) for the bio-signal / symptom information that is most similar to the received bio-signal / symptom information of the received user and searches for the disease with the highest weighted mapping relationship in the first half- Extracts the extracted disease from the second half-mapped database (DB), and extracts a care plan having the highest weight in the searched second half-mapped relationship.
delete delete The method according to claim 1,
Wherein the bio-signal / symptom receiving unit receives the symptom of the user himself / herself through the user smart terminal and receives the received symptom data.
delete

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