KR20210152629A - Body monitoring big-data providing system - Google Patents

Abstract

The present invention relates to a health big data platform service system. The health big data platform service system generates health monitoring big data by collecting and analyzing user's inflammation information. Based on the generated health monitoring big data, the health big data platform service system can provide health management information to lower an inflammation level, Furthermore, by systematically requesting an external hospital server for analysis of inflammation and biliary symptoms, a user does not have to visit a hospital directly and receives feedback on an accurate analysis result on the inflammation and biliary symptoms. The system comprises: an acquisition means of body information; a health monitoring server; and a health condition monitoring big data supply server.

Description

Health Big Data Platform Service System {BODY MONITORING BIG-DATA PROVIDING SYSTEM}

This application claims the benefit of priority based on Korean Patent Application No. 10-2019-0143236 dated November 11, 2019, and all contents disclosed in the literature of the Korean patent application are incorporated as a part of this specification.

The present invention relates to a health big data platform service system, and more specifically, to generate health monitoring big data by collecting and analyzing user's inflammation information, and to reduce inflammation based on the generated health monitoring big data. Health management information can be provided, and further, by systematically requesting an external hospital server to analyze inflammation and gallstone symptoms, users can receive feedback on accurate analysis results on inflammation and gallbladder symptoms without directly visiting the hospital. It relates to a health big data platform service system that does

The main components of the body are mainly composed of four components: water, protein, body fat, and minerals. The proportion of these components in body weight varies according to gender and individual, but is approximately 55:20:20:5. These four body composition can be known from the amount of body water. Because protein and body water are the main components that form muscle, they have a mutually proportional relationship. In other words, healthy muscle is about 73% water and the remaining 27% is protein. Minerals are mainly the weight that forms bones, and the weight of bones has a close relationship with muscle mass again.

In other words, the amount of protein and inorganic mass can be obtained from the amount of body water, and the amount of body fat is obtained by subtracting the amount of body water, protein, and inorganic mass from the body weight. Currently, the most widely used method for measuring body fat is the bioelectrical impedance method, and there are other methods such as underwater body density method, computed tomography method, and subcutaneous fat thickness measurement method.

The bioelectrical impedance method is a method of measuring body fat, focusing on the fact that there is an inverse relationship between the amount of body water and the electrical resistance of the body. The bioelectrical impedance method has the advantages of being simple, fast, and non-interactive to measure. When a weak alternating current electric signal is sent to the human body, electricity flows through body water with high conductivity. The breadth and narrowness of the passage through which electricity flows is determined by the amount of water and the amount of water, and the measured value is the bioimpedance.

The principle of calculating body composition from bioimpedance is to first flow a minute alternating current of about 1mA in a frequency band of 50KHz to the human body. When an electric current flows through the body, the resistance of the body is measured and the amount of body water is calculated using this. The amount of protein and inorganic mass are obtained from the amount of body water, and the amount of body fat is obtained using the amount of protein, inorganic mass, and body weight.

Since these existing body fat measuring devices provide only biometric information about the measured current time, the current body state can be checked only when the previously measured biometric information is remembered, and the user can intuitively compare his or her body state with the previous one. There is a problem that it is difficult to confirm.

In addition, although the existing health status self-measurement device can generally check information on weight, body fat, and muscle mass, it was difficult to identify or determine in real time whether inflammation or biliary symptoms occurred in the body. Even if the symptoms of inflammation and phlegm are confirmed, there is a problem in that the clear analysis result for inflammation and phlegm cannot be confirmed unless the user directly visits a hospital and receives a medical examination.

In addition, there is a need to develop a user health monitoring system that can prevent diseases that may occur due to chronic inflammation in advance by providing health monitoring information of users based on the user's inflammation information.

Korean Patent Registration No. 10-0634524

The present invention is to solve the above-mentioned problems, to collect and analyze the user's inflammation information to generate health monitoring big data, and to provide health management information for lowering the inflammation level based on the generated health monitoring big data. We want to provide a health big data platform service system that can

In addition, the present invention is a health big data platform service system that systematically requests an external hospital server to analyze symptoms of inflammation and gallbladder so that the user can receive feedback on accurate analysis results on inflammation and gallstones without directly visiting the hospital. would like to provide

In addition, in order to protect the user's personal information, the present invention extracts and removes all personal information except for age among the user's personal information among the health monitoring data transmitted from the health status check device when generating big data, and utilizes only the age and health monitoring data. To provide a health big data platform service system that generates big data.

In addition, the present invention is a health big data platform that allows a portion of the revenue to be distributed and paid to all users who transmit health monitoring data through a health status check device when health monitoring big data mounted on the health monitoring big data platform is sold for a fee. We want to provide a service system.

The health big data platform service system according to an embodiment of the present invention supplies current to the user's body in a state of being in contact with the user's body, then acquires a body current measured based on the current, and measures the user's body temperature to body temperature Body information acquisition means for acquiring the user's body information by acquiring information, the user's body information acquired through the body information acquisition means and the body information included in a preset reference health state are compared with each other, and then based on the comparison result Provide health management information for reducing inflammation by determining whether or not inflammation occurs in the user's body, and calculate the average value of the accumulated body current values obtained and the average value of the obtained body temperature information accumulated values based on the calculation result Obtaining questionnaire information collected from a user terminal based on the user's inflammation information and inflammation information collected through a health condition monitoring server for setting the reference health condition and the health condition monitoring server, and collecting the inflammation information and the questionnaire information After generating an inflammation-based dataset based on the health information supply platform, it may be characterized by including a health state monitoring big data supply server that is provided to the health state monitoring server or the user terminal through a health information supply platform.

In one embodiment, the health condition monitoring server generates health check questionnaire information for checking the user's health condition when there is inflammation information, generates a health check questionnaire page and provides it to the user terminal, and the user It may be characterized in that the feedback data for the health check questionnaire page is obtained from the terminal.

In an embodiment, the health state monitoring server may calculate an average value after excluding the maximum and minimum values of each value from the accumulated value of the body current and the accumulated value of the body temperature information.

In one embodiment, when there is inflammation information, it is connected to the health information supply platform through wired/wireless network communication to transmit the inflammation information to an external hospital server, and after obtaining analysis data for the inflammation information from the external hospital server It may be characterized in that it is provided to the user terminal through the health information supply platform.

According to one aspect of the present invention, by generating health monitoring big data by collecting and analyzing the user's inflammation information, and providing health management information for lowering the inflammation level based on the generated health monitoring big data, the user's body inflammation It has the advantage of preventing the occurrence of biliary tract symptoms in advance so that health can be maintained.

In addition, according to an aspect of the present invention, by systematically requesting an external hospital server for analysis of inflammation and gallstone symptoms, the user can receive feedback on accurate analysis results for inflammation and gallstone symptoms without directly visiting the hospital. have

In addition, according to one aspect of the present invention, by providing a health big data platform for loading and servicing health monitoring big data, it has the advantage of supporting users and medical-related companies to implement various services using health monitoring big data. .

In addition, according to one aspect of the present invention, in order to protect the user's personal information, all personal information except for the age of the user's personal information among the health monitoring data transmitted from the health status check device when big data is generated is extracted and removed, By generating big data using only health monitoring data, it has the advantage of preventing personal information leakage in advance.

In addition, according to one aspect of the present invention, when health monitoring big data mounted on the health monitoring big data platform is sold for a fee, a portion of the revenue is distributed and paid to all users who transmit health monitoring data through the health status check device. By doing so, in the case of individuals, not only receive help for maintaining health, but also have the advantage of generating profits by selling health monitoring information.

1 is a diagram illustrating the configuration of a health big data platform service system 100 according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a process of acquiring the user's body information in the body information acquiring means 110 shown in FIG. 1 .
FIG. 3 is a diagram illustrating a process of setting a reference health state in the health state monitoring server 120 shown in FIG. 1 .
4 is a view sequentially illustrating an operating method of the health big data platform service system 100 shown in FIG. 1 .

Hereinafter, preferred examples are presented to help the understanding of the present invention. However, the following examples are only provided for easier understanding of the present invention, and the content of the present invention is not limited by the examples.

1 is a diagram illustrating the configuration of a health big data platform service system 100 according to an embodiment of the present invention, and FIG. 2 is a body information acquisition means 110 shown in FIG. 1 to obtain the user's body information FIG. 3 is a diagram illustrating a process of setting a reference health state in the health state monitoring server 120 shown in FIG. 1 .

First, referring to FIG. 1 , the health big data platform service system 100 according to an embodiment of the present invention is largely a body information acquisition means 110 , a health condition monitoring server 120 , and a health condition monitoring big data supply server 130 . ) is included.

First, the body information acquisition means 110 refers to a check device and an inspection device that acquires the user's body information while in contact with the user's body. Here, the body information may mean a body current fed back by the user's body temperature and conduction current.

The body information acquisition means 110 supplies a current to the user's body and then a body current acquisition unit 111 that acquires a user's body current measured (feedback) based on the supplied current and a body current acquisition unit 111 that measures the user's body temperature to obtain body temperature information It is configured to include a body temperature information acquisition unit 112 to acquire.

In the method of calculating the level of inflammation in the human body, when the level of inflammation in the body rises, the body temperature rises compared to the normal body temperature. .

Accordingly, the body temperature information acquisition unit 112 detects a change in the user's body temperature, and the body current acquisition unit 111 detects the acquired change in the body current, so that based on the two types of data obtained in this way, the body Inflammation levels are calculated.

At this time, in addition to the occurrence of inflammation, if a person's body has a phlegm, the body temperature rises as well, and the rise in body temperature causes a change in body resistance, and this change in resistance changes the measured user's body current.

Accordingly, the body temperature information acquisition unit 112 detects a change in the user's body temperature, and the body current acquisition unit 111 detects a change in the acquired body current, so based on the two types of data obtained in this way, the The presence or absence of symptoms is also determined.

In one embodiment, the body information obtaining means 110 includes a touch screen to enable user manipulation, and when the user touches the user's finger on the touch screen and maintains it for a certain period of time, the current supplied from the body current obtaining unit 111 is conducted to the user's body through the finger. The conducted current is again transferred to the health condition monitoring server 120 to be described later through the body current obtaining unit 111 .

In one embodiment, the body current obtaining unit 111 and the body temperature information obtaining unit 112 included in the body information obtaining means 110 have at least two or more bar shapes, or sheets that can be directly attached to the user's body. It may be manufactured to have a shape.

The health condition monitoring server 120 compares the user's body information (body current, body temperature) obtained from the body information acquisition means 110 as described above with the body information included in the preset reference health state with each other, and then compares the result of the comparison with each other. Based on the determination of whether or not inflammation occurs in the user's body, it serves to provide health management information for lowering the inflammation level to the user terminal or the body information acquisition means 110 . In particular, the health state monitoring server 120 also serves to calculate the average value of the accumulated values of the body current and body temperature information obtained through the body information obtaining means 110 , and then set the reference health state based on the calculation result.

More specifically, the health condition monitoring server 120 acquires the body information about the user through the body information acquisition means 110 a number of times, thereby obtaining the user's usual state (eg, a state in which inflammation or gallstone symptoms do not occur). ) can be set as the reference health state.

Referring to FIG. 3 , the health state monitoring server 120 acquires the average value of the accumulated value of the user's body current obtained multiple times through the body current obtaining unit 111 and multiple circuits through the body temperature information obtaining unit 112 . Based on the average value of the accumulated values of the user's body temperature information, the reference health state of the user is set. This point can be viewed as a process of setting a comparison group for comparing the user's body information measured in real time to the user's optimal health state (condition, etc.).

In this case, the health state monitoring server 120 calculates the average value of the accumulated value of the user's body current and the average value of the accumulated body temperature information in the process of setting the reference health state corresponding to the comparison group, the accumulation of the user's body current The average value is calculated after excluding the maximum and minimum values of each value among the accumulated values and body temperature information. This is a process for minimizing the error range for estimating the user's optimal health condition by removing the maximum and minimum values of the accumulated body current and body temperature information.

For example, assuming that the user's body current measured over a total of 5 times is 0.8mA, 0.9mA, 0.5mA, 0.7mA, 0.3mA, if the average value is calculated in a general way (0.8+0.9+0.5+0.7+ 0.3)mA/5=0.64mA.

However, if the average value is calculated excluding the maximum value of 0.9mA and the minimum value of 0.3mA of the body current, (0.8mA+0.5mA+0.7mA)/3=0.67mA.

That is, by calculating the average value by excluding the maximum and minimum values of the accumulated body current, the error range for estimating the optimal health condition is reduced. In the same way, the health condition monitoring server 120 calculates an average value by excluding the maximum and minimum values of the accumulated body temperature information.

Based on the average value of body current and body temperature information calculated in this way, the health state monitoring server 120 determines the inflammation level, and then sets the result as the user's reference health state.

If the previously stored or preset reference health state for the user through the body information acquisition means 110 is not recorded, the health status monitoring server 120 performs the body information acquisition means 110 a plurality of times. ) to set and store the reference health status by acquiring the user's body information.

In addition, when an inflammation is found in the process of determining whether or not inflammation occurs in the user's body based on the user's body information obtained from the body information obtaining means 120 , the health condition monitoring server 120 provides information on inflammation related to the inflammation. After generating a health check questionnaire page including questionnaire information for health check for checking the user's health based on .

Here, the health check questionnaire page including the health check questionnaire information includes user life information related to the user's diet, bedtime information, and information related to food consumed.

Accordingly, the health status monitoring server 120 may build a DB based on feedback data that the user checks or inputs through the user terminal with respect to this health check questionnaire page, and may analyze the user's body inflammation information. In addition, in an embodiment, information on a body condition that does not cause inflammation may be retrieved from an external DB server and provided to the user terminal based on the corresponding inflammation information.

Next, the health condition monitoring big data supply server 130 obtains questionnaire information collected from the user terminal based on the user's inflammation information and inflammation information collected through the health condition monitoring server 120 described above, and the corresponding inflammation After creating an inflammation-based dataset based on information and questionnaire information, it serves to provide it to a health status monitoring server or user terminal through a health information supply platform. Here, the user terminal means an electronic device, such as a mobile phone, a laptop computer, a desktop PC, or a tablet PC, which the user possesses. A separate application capable of outputting data may be loaded.

The health condition monitoring big data supply server 130 extracts and removes personal identification information for personal information protection from the feedback data obtained based on the user's inflammation information and inflammation information obtained from the health condition monitoring server 120, A data set based on inflammation information is created and provided to a user terminal or a health condition monitoring server through a health information supply platform.

In addition, in one embodiment, the health condition monitoring big data supply server 130 transmits the data set generated based on the corresponding inflammation information to an external hospital server by being connected to the health information supply platform through wired/wireless network communication. After requesting and obtaining analysis data for the corresponding dataset from the hospital server, it may be provided to the user terminal.

This system can be changed at any time through the settings of the user terminal, and when the inflammation level has significantly increased compared to the previous inflammation level or it is determined to belong to a risk group, the user does not directly visit the hospital, and the corresponding body inflammation information is transferred to an external hospital server. By sending it, you have the advantage of being able to receive accurate analysis results as feedback.

In addition, when there is a record of determining whether or not the user's previous inflammation has occurred, the health condition monitoring big data supply server 130 outputs a result of comparing the previous determination record with the record of determining whether or not the most recent inflammation has occurred to the user can be made available.

In addition, in one embodiment, the health status monitoring big data supply server 130 may output the result of comparing the inflammation level for the record of determining whether the user has inflammation with the inflammation level of a normal person and provide it to the user. .

In addition, in an embodiment, the health status monitoring big data supply server 130 analyzes body current and body temperature information based on a record of determining whether or not inflammation occurs from which personal information has been deleted from data of other users with normal inflammation levels, and then By providing it to the user terminal, a comparison result with other users having normal inflammation levels may be provided to the user.

Next, a process of checking and providing a user's health status through the health big data platform service system 100 will be looked at in a series order.

4 is a view sequentially illustrating an operating method of the health big data platform service system 100 shown in FIG. 1 .

Referring to FIG. 4, first, the body information acquisition means acquires body current and body temperature information about the user's body in a state in contact with the user's body (S401), and the health condition monitoring server acquires such body information from the body information acquisition means For health check including health check questionnaire information to determine whether or not inflammation occurs in the user's body based on the comparison result by comparing it with the body information included in the later preset reference health status (S402), and check the user's health status A questionnaire page is generated and provided to the user terminal (S403), and feedback data for the corresponding questionnaire page is obtained from the user terminal (S404). In this process, if the reference health state data of the corresponding user is not recorded, the health state monitoring server acquires the user's body current and body temperature information multiple times and sets the reference health state based on this process.

Next, the health condition monitoring big data supply server creates a dataset related to inflammation information based on the user's inflammation information collected through the health condition monitoring server and the collected questionnaire information, and then uses the health information supply platform to provide the health condition monitoring server Alternatively, it is provided to the user terminal (S405). In this process, the health status monitoring big data supply server analyzes the questionnaire answer information based on the feedback data obtained from the user terminal, and then generates customized health information for each user and provides it to the user terminal.

Here, the customized health information for each user may include information about food to be consumed, information about food to avoid ingestion, and information related to rest or healthy sleep.

In addition, in this process, the health status monitoring big data supply server extracts and removes personally identifiable information from the feedback data obtained to protect the user's personal information.

Although the above has been described with reference to the preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. You will understand that you can.

100: Health Big Data Platform Service System
110: means of obtaining body information
111: body current acquisition unit
112: body temperature information acquisition unit
120: health monitoring server
130: health monitoring big data supply server

Claims (4)

Body information acquisition means for acquiring body current measured based on the current after supplying current to the user's body in a state in contact with the user's body, and obtaining body temperature information by measuring the user's body temperature to acquire body information of the user ;
After comparing the user's body information obtained through the body information acquisition means and the body information included in the preset reference health state with each other, based on the comparison result, it is determined whether the user's body inflammation occurs, and health management information for reducing inflammation level a health state monitoring server that provides, after calculating an average value of the acquired accumulated values of body current and an average of the acquired accumulated values of body temperature information, and sets the reference health state based on the calculation result; and
A health information supply platform after obtaining questionnaire information collected from a user terminal based on the user's inflammation information and inflammation information collected through the health condition monitoring server, and creating an inflammation-based dataset based on the inflammation information and the questionnaire information A health big data platform service system comprising a; health condition monitoring big data supply server provided to the health condition monitoring server or the user terminal through
According to claim 1,
The health status monitoring server,
When inflammation information exists, a health check questionnaire page including questionnaire information for health check for checking the user's health condition is generated and then provided to the user terminal, and feedback on the health check questionnaire page from the user terminal Characterized in acquiring data, health big data platform service system.
According to claim 1,
The health status monitoring server,
A health big data platform service system, characterized in that the average value is calculated after excluding the maximum value and the minimum value of each value among the accumulated value of the body current and the accumulated value of the body temperature information.
According to claim 1,
The health condition monitoring big data supply server,
If there is inflammation information, it is connected to the health information supply platform through wired/wireless network communication to transmit the inflammation information to an external hospital server, and after acquiring the analysis data for the inflammation information from the external hospital server, the health information supply platform A health big data platform service system, characterized in that it is provided to the user terminal through.

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