KR100975383B1 - System And Method for Providing Health Care Information - Google Patents

Abstract

The present invention is to receive the test result data from the test organization to analyze the test result data to evaluate the health condition of the examinee and to prepare a variety of prescription-related result report according to the health condition to provide to the service user (private hospital, subjects) and It is about a method.

Blood test, diet, exercise, nutrition, health checkup, health care

Description

System and Method for Providing Health Care Information

The present invention relates to a system and method for providing health care information according to a health condition of a customer using a wired or wireless communication network.

More specifically, the present invention relates to a health care information providing service system and method for analyzing health check result data of a customer to generate health care information suitable for a corresponding customer, and providing the health care information to a customer through a wired or wireless communication network.

With the development of internet technology, medical counseling has become more common through internet homepages provided by hospitals and individual doctors.In recent years, medical service systems have been implemented to conduct medical treatments remotely over the internet. In addition, a medical service system in which a patient is provided with a medical service using a mobile communication device is also proposed.

On the other hand, in order to improve the problem that the prior art is carried out separately for each hospital used by the patient, it is difficult for the patient to integrally check his or her medical information, a technology for integrated management and service has been proposed as Republic of Korea Patent Registration No. 448991 .

The Republic of Korea Patent No. 448991 relates to a patient management customized information service system using a wired / wireless communication network. The patient information received from a plurality of hospital information systems through a wired / wireless communication network is classified by a patient identification number, and each hospital The heterogeneous data created in different forms can be stored in a form that can be stored in the database of patient classification information, and through consultation with hospitals that provide patient information or analysis of medical books using the stored patient classification information. Disclosed is a technique for generating patient care customized information and transmitting the same to patient.

That is, the patent registration No. 4,48991 is a comprehensive concept of collecting medical data performed by each hospital used by a patient, constructing a unified database, and using the same to provide appropriate medical information to the patient through a wired / wireless communication network. The service method of is described.

However, there is a lack of a specific method of unifying the examination data obtained from the patient in the hospital and a specific technical means for converting the unified data into medical information useful to the patient, which is a difficult invention in practice.

For example, in order to check for a general medical checkup process or to check whether a disease occurs in a body, a hospital performs a blood test of a subject.

The collected blood is then measured using a blood test device to measure the biochemicals contained. If the test result of any biochemical is within a certain numerical range, it is judged to be normal. Done.

For example, if the amount of cholesterol in the blood measured by a blood test device is in the range of 140-220 mg / dl, it is normal. If it is out of this range, it is determined that there is an abnormality.

The reference value is referred to as the term 'reference value', and this reference value is examined by examining the population of a certain population as a subject and gathering the test values to draw a statistically normal distribution curve. It is common to specify a numerical range corresponding to the area where 95% of the subjects enter.

Therefore, strictly speaking, even if the test value of the test subject is within the reference value, it is not necessarily normal and may be a risk value depending on the physical condition of the test subject. In other words, the reference value only means that it is in the numerical range corresponding to 95% of the population population, so it is literally just a reference number.

In addition, the blood test apparatus is manufactured and supplied by various manufacturers, there is a realistic problem that the test results of the blood components do not appear the same according to the manufacturer. That's why each manufacturer makes a unique reference by counting the test values of test subjects measured with the company's blood test device.

That is, although the blood test apparatus manufactured and sold by the company A refers to the amount of cholesterol in the blood range of 140 to 220 mg / ㎗, the blood test apparatus manufactured and manufactured by the company B has a cholesterol amount of 120 to 200 mg / The reference value may be determined differently according to the blood test apparatus, such as the reference range.

Therefore, there is a need for a specific method for standardizing test result data that is different for each test device, such as the reference value, and analyzing the standardized data to provide an appropriate prescription to the examinee, and a system capable of executing the test. This could not be found.

The present invention is to solve the above problems,

The present invention provides a method and system for converting different test result data, which are different for each test apparatus used by each individual test laboratory, into standardized data, so that the health status of the test subject can be evaluated based on the same criteria regardless of the test laboratory. The purpose is to provide.

In addition, the present invention analyzes the standardized data received from the test result data from the test organization, evaluates the health status of the examinee, and prepares a report on the prescription related to the health status to provide information to the service users in the wired and wireless communication network Another object is to provide a system and a method for performing the same.

In particular, the present invention has a major object to provide a method and system for providing a proper prescription for health care to a service user through a wired or wireless network by analyzing various test data extracted from blood of a test subject.

According to an aspect of the present invention,

After receiving the test result data from the test engine servers (20, 21) and the test engine server of the test institution equipped with a test apparatus for analyzing a sample collected from the subject, and converting it into a standard value, various prescriptions necessary based on this And a health care server 10 generating a report on the health care server 10 and a service user terminal used to view or receive the report, wherein the inspection institution server and the service user device are connected to the health care server through a wired / wireless communication network. Provide a health care information service system.

At this time, the health care server 10 of the present invention is the test result information receiving unit 11 for receiving test result data from the test institution server and the test result standardization processing unit 12 for modifying the received test result data to standardize the standard value. Standardized test result analysis unit 13 to find the test results outside the normal range from the test result data modified to the standard value, and to extract the various treatment regimens applied thereto by filtering the corresponding data in the therapy prescription-related DB, and the Analysis result organizer 14 for arranging various therapy prescriptions extracted from the therapy prescription-related DB according to the classification and generating a report form in a predetermined form, and report providing unit 15 for transmitting the generated report to a service user. It includes.

In addition to this, the apparatus may further include a reference value storage unit 16 for each inspection apparatus that stores different reference values according to the inspection apparatus of each inspection organization.

In addition, the method of the present invention for achieving the above object,

The data receiving step (S200) and the health care server 10 of the health care server 10 receiving the test result data measured by the test device of the test organization from the test agency server (20, 21) through a wired or wireless communication network In the standardized processing step (S400) of converting the test result value to a standard value using a percentage, the health care server 10 finds the boundary range and abnormal range values in the test result data converted into the standard value, and applies the regimen prescription applied thereto. Standardized test result analysis step of filtering and extracting the corresponding data of the therapy prescription-related DB (S500), the health care server 10 organizes the various therapies extracted from the DB according to the classification, such as diet, nutrition, exercise, Analysis result cleaning step of generating a report of a predetermined form (S600), the report to the service user terminal connected to the health care server 10 by wired or wireless communication network Characterized by comprising a service report for transmitting step 700. The

On the other hand, between the data receiving step (S200) and the standardized test result analysis step (S500) of the health care server 10, the notation of the test result data received by the health care server 10 is the notation of the health care server 10 It is determined whether different from, and if the notation is different, the modification to the notation of the health care server itself is converted, and if the notation is the same test result notation conversion step (S300) may be further performed.

The present invention converts different test results, which are different for each test apparatus used by each individual test laboratory, into standard values expressed as percentages, which are standardized data, so that the service user does not have to be confused according to the type of test apparatus. As a guideline, it is convenient to evaluate the health status of the examinee.

In particular, the present invention can convert the test result value to a standard value expressed as a percentage and can also be displayed as a graph that can be visually judged easily, so that the service user can easily distinguish the test result value that is abnormal.

In addition, the present invention evaluates the health status of the subject and prepares a prescription therapy report accordingly, and provides it through a wired / wireless communication network so that the service user can conveniently use it regardless of time and place.

Referring to the present invention with reference to the embodiment shown in the accompanying drawings the configuration and method as follows.

1 is a view showing a configuration example of a system for providing a health care service according to the health state of the customer according to the present invention and Figure 2 is a view showing the main configuration of the health care server of the present invention.

Referring to Figure 1, the present invention is a health management server 10 for the integrated management of the entire system in which the health care service method is implemented, and a plurality of inspection engine servers connected to the health care server via a wired or wireless communication network 30 ( 20, 21, a hospital terminal 40, a personal terminal 50, and a personal mobile communication terminal 60.

The test institute server is a server installed in a test institute which is equipped with a device for analyzing a test subject sample such as blood. Inspection institutions are usually equipped with expensive inspection devices such as large hospitals or specialized institutions that specialize in the inspection of samples extracted from the human body.

The inspection institution server transmits the test result data analyzed by the inspection apparatus to the health care server.

As shown in FIG. 2, the health care server 10 includes a test result information receiving unit 11, a test result standardization processing unit 12, a standardized test result analyzing unit 13, an analysis result arranging unit 14, and a report providing unit. The basic configuration of the reference numeral 15 may further include an additional reference value storage unit 16 for each inspection device as necessary.

In addition, the health care server 10 is provided with various DBs necessary for prescription, such as a dietary prescription-related DB 101, a nutritional prescription-related DB 102, and an exercise therapy-prescribed DB 103.

In this case, the DB may be installed by installing a separate DB server in addition to the health care server 10 and then linking with the health care server 10.

The test result information receiving unit 11 receives test result value data transmitted from each test engine server.

Since the test result standardization processing unit 12 receives the test result value received by the health care server according to the inspection institution, it is corrected and converted into a standard method determined by the health care server.

The standardized test result analyzing unit 13 finds test results outside the normal range from the test result data converted into standard values, and extracts the therapy prescriptions applied by filtering the corresponding data of the various therapy prescription related DBs.

The analysis result organizer 14 organizes the various therapies extracted from the DB according to the classification of diet, nutrition, exercise, etc., and generates a report form of a predetermined form.

The report providing unit 15 outputs the generated report to the examinee or the hospital official for viewing on the web, or transmits the generated report to the examinee or the hospital official by e-mail or the like.

The reference value storage unit 16 for each inspection apparatus is not necessarily provided when the reference value is included in the test result data transmitted from the inspection institution server, but it should be provided when the reference value is not included. The reason for this is explained later.

Meanwhile, the hospital terminal 40, the personal terminal 50, and the personal mobile communication terminal 60 shown in FIG. 1 all view various treatment prescription reports provided by the report providing unit 15 of the health care server. Used to receive.

A preferred embodiment of a method for providing a service using the health care information providing service system of the present invention configured as described above will be described with reference to FIG.

For reference, this embodiment is for the case of health care through blood test and its analysis, but the present invention reveals that not only blood but also various samples extracted from urine or other human body can be tested and analyzed. Put it.

First, the method of converting the test result value received from the test institutes from the health care server 10 into a standard value using a percentage will be described.

For reference, an example of a standard value using a percentage is shown in FIG. 4, and the term 'standard value' denotes '% Status' in FIG. 4.

As described above, the inspection apparatus used in each inspection organization is determined to have different reference values for the component measurement values of samples such as blood, depending on the manufacturing company that produced the inspection apparatus.

Normally, the measurement values used in the above test units are in units of U / L for enzyme (1U / L is the amount of enzyme that changes 1 μmol of substrate in 1 minute under given conditions), and other substances are mg / dl. Or g / dl or the like is used.

For example, a method of converting a measured amount of cholesterol in a blood of a subject into a standard value is as follows.

As described above, testers have unique reference values for the analyzed components, which are statistically equivalent to 95% of the population.

In the case of the test device A, the reference value of cholesterol is assumed to be 140-220 mg / dl, and the reference value of cholesterol of the test apparatus B is 120-200 mg / dl.

The mean value of the reference value of the test device A is 180 mg / dL, and up to 220 mg / dL and 140 mg / dL, respectively, centering on 180 mg / dL, statistically corresponding to 95% of the population.

In the present invention, in order to convert the test result value into a percentage notation standard value, the average value of the reference value of the tester A is set to 50% at the upper part of 220 mg / dL at the center of 180 mg / dL and at -50% to the lower 140 mg / dL.

In other words, 100% of the 95% people having the cholesterol amount corresponding to the reference value is divided into 50% up and down from the reference value.

Particularly, in the present invention, the standard value expressed as the percentage among the reference values is determined to be ± 37.5% centered on the average value as the average range corresponding to normal, and the boundary range requiring normal but boundary from ± 37.5% to ± 50%. If it exceeds ± 50%, it shall be judged as an abnormal range considered to be dangerous.

The reason for the introduction of the boundary range concept is that, as explained above, the reference value simply means 95% of the population, and even if the test value of the subject is within the reference value, it is medically unconditionally normal. This is to warn the subjects whose test result is close to the reference value because it can be dangerous even depending on the physical condition of the subject.

If the amount of cholesterol in the blood of a subject was measured at 210 mg / dl in the test apparatus A and 190 mg / dl in the test apparatus B, the health care server 10 of the present invention, which received this data, (the test result value) -The average value) / (the reference value maximum value-average value) × 100 ÷ 2 = standard value (%) to obtain the standard percentage.

That is, since the amount of cholesterol measured in the test device A is 210 mg / dl, it is converted into a standard value of 37.5% since (210-180) / (220-180) × 100 ÷ 2 = 37.5.

Since the amount of cholesterol measured in the tester B is 190 mg / dl, this is (190-160) / (200-160) x 100 ÷ 2 = 37.5, which is similarly converted to the standard value of 37.5%.

As described above, since both the test device A and the test device B have a statistically extracted reference value from the population, even if the amount of cholesterol measured by each device appears differently, if the measured value for the same person is statistically expressed as the same percentage. Can be used to determine the standard value.

As a result of the cholesterol described above, when the test result of the tester's test device A resulted in a test result of 210 mg / ㎗, a doctor who mainly used the test device B may confuse this result to an abnormal range. This is because the reference value of the inspection device B is 120 to 200 mg / dl.

At this time, if the concept of the standard value of the present invention is used, the test result of the examinee is converted to the standard value of 37.5% and displayed no matter what confusion, as described above.

In addition, the concept of the standard value is simplified and expressed as a percentage of any test item (ie, a component analyzed and measured by the test device), so that the test result is easy to understand.

That is, as described above, the reference value of cholesterol of the test device A is 140-220 mg / dL, the reference value of blood sugar is 60-110 mg / dL, the reference value of Geotina or Gifiti is 0-31 U / L, and the reference value of albumin is 3.5-5 The range and unit of reference values are determined according to the inspection items, such as g / ㎗.

However, if the standard value is used, it is easy to read the test result by determining whether it is normal or not within a certain percentage (for example, ± 50%) in any test item regardless of the range and unit of the reference value.

On the other hand, the standard value expressed as a percentage as described above can be displayed as a graph that can be easily visually judged.

When graphed, the standard value is blue for the average range up to ± 37.5% of the mean value, blue for ± 37.5% to ± 50%, yellow for the boundary, and red for risk values over ± 50%. It is possible to maximize the visual effect by using the display.

An example of such a graph representation is shown in FIG. 4.

The execution process of the service method of the present invention using the concept of the above standard value will be described with reference to FIG.

First, any test institute transmits test result data measured by analyzing blood of a test subject to a test apparatus to the health care server 10 through a wired / wireless communication network, and a data receiving step (S200) of the health care server is performed.

Thereafter, the health care server 10 determines whether the notation of various test result data received is different from the notation of the health care server 10, and if the notation is different, corrects and converts the test result notation into the notation of the health care server itself. The conversion step (S300) is performed.

That is, the notation of various test items may be different for each test device. For example, the test item indicated as 'Gioti' in test device A may be marked as GOT in English as test device B. The notation of the units used may differ.

Therefore, the health care server 10 should perform the task of unifying the notation of the test item to the notation of the health care server 10 in the notation conversion step (S300).

When the test result notation conversion step is performed, the health care server 10 proceeds to the standardized processing step (S400) of converting the various test result values to standard values using a percentage.

In this case, when the reference value for each inspection device is stored in the reference value storage unit 16 for each inspection device, the reference value stored in the reference value storage unit 16 for each inspection device may be converted into a standard value.

And if the reference value is indicated in the data of the various test results received, without using the reference value storage unit 16 itself for each inspection device or using the reference value stored there, directly using the reference value of the corresponding item received as described above Test results can be converted to standard values.

This conversion is performed by programming a mathematical expression for converting the above-described test result value into a standard value, and the detailed description thereof will be omitted since this programming technique is a level of skill that will be apparent to those skilled in the art.

It is obvious that the reference value for each test device stored in the reference device storage unit 16 for each test device must be input in advance to the health care server.

Thereafter, the health care server 10 finds boundary ranges and abnormal range values in the test result data converted to the standard values, and analyzes standardized test results by extracting the therapy prescriptions applied by filtering corresponding data of the various therapy prescription related DBs. Proceed to step S500.

That is, as shown in FIG. 4, the present invention can display the test result data as a standard value and a graph thereof. In FIG. 4, the standard value having a boundary range is an albumin / globumin ratio and cholesterol, and has an abnormal range. It can be seen that the standard value is triglycerides.

Accordingly, the health care server 10 extracts the nutrients recommended for the examinee having the boundary and abnormal range values and food containing the same from the diet prescription DB. In other words, if vitamin A is recommended to the subject, the fruit containing it is extracted from foods such as fish and liver as fish meat such as oranges or tomatoes, and sweet potatoes and spinach as vegetables.

Similarly, the nutritional prescription related DB extracts the recommended amount of vitamins and minerals recommended for the subject and the recommended nutritional supplement. For example, if a subject is recommended to consume 1,000 mg of vitamin C per day, extract a vitamin product containing it.

Exercise therapy prescription DB extracts the exercise program necessary for the subject. For example, the program can be extracted by 5 minutes of walking as a warm-up exercise, 30 minutes of bicycling by aerobic exercise / 5 times a day, 3 sets of 15 bench presses as strength training, 3 times a week, and 5 minutes of walking as a finishing exercise. .

Next, the health care server 10 organizes the various therapies extracted from the DB according to the classification of diet, nutrition, exercise, etc., and proceeds with the analysis result arranging step (S600) of generating a report of a predetermined form.

The generated report allows the service user to access the health care server 10 to view the report on the web or to print the report. The health care server 10 directly manages the service user's personal terminal 50 and the hospital. The terminal 40 or the personal mobile communication terminal 60 proceeds with the report providing step 700 which is transmitted by an email, SMS, etc. method and ends.

In the above, certain preferred embodiments of the present invention have been described. However, the present invention is not limited to the above-described embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention described in the claims.

1 is a view showing the overall configuration of a system for automatically providing a health care service according to the health status of the customer according to the present invention.

2 is a diagram showing a system for providing a health care report by analyzing and evaluating using test result data according to the present invention.

3 is a diagram illustrating an operation process of a system for automatically providing a health care service according to a health state of a customer according to the present invention.

4 is a reference diagram illustrating a standard value display method and a graph display method thereof according to a check value standardization according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: health care server 11: information receiving unit

12: standardization processing unit 13: standardization test result analysis unit

14: analysis result organizer 15: report provider

16: reference value storage unit for each inspection device 20, 21: inspection engine server

40: hospital terminal 50: personal terminal

60: personal portable terminal 101: diet prescription DB

102: nutrition therapy prescription DB 103: exercise therapy prescription DB

Claims (6)

A plurality of inspection engine servers 20 and 21 installed in a plurality of inspection engines each having an inspection device for analyzing a sample collected from an examinee; A health care server 10 connected to the plurality of inspection engine servers 20 and 21 through a wired or wireless communication network; And And a user terminal connected to the health care server 10 through a wired / wireless communication network and used to receive various therapy prescription reports generated by the report providing unit 15 of the health care server 10. The health care server 10, An inspection result information receiving unit (11) for receiving inspection result value data from the plurality of inspection institution servers; It is determined whether the notation of the received test result data is different from the notation of the health care server 10, and if the notation is different, it is corrected and converted to the notation of the health care server itself, and the reference value unique to the test apparatus is included in the received test result data. If is indicated, convert the test result value to a standard value using a percentage using the reference value indicated in the test result data, and if the test device specific reference value is not indicated in the received test result data, A test result standardization processing unit 12 for converting the test result value into a standard value using a percentage by comparing the test result value with the test value unique to the test apparatus stored in the reference value storage unit 16, Standardized test result analysis unit 13 to find the test results outside the normal range in the test result data modified to the standard value, and to extract the various treatment prescriptions applied to this by filtering the corresponding data in the therapy prescription-related DB, An analysis result organizer 14 for arranging various therapy prescriptions extracted from the therapy prescription related DB according to a classification and generating a report form in a predetermined form; A report provider 15 for transmitting the generated report to a service user; And Health care information providing service system comprising a; reference value storage unit for each test device for storing different reference values according to the test device of each test organization. delete Data receiving step (S200) of the health care server 10 that receives the test result data measured by the inspection device of the plurality of inspection institutions from the inspection institution server (20, 21) via a wired or wireless communication network, Determining whether the notation of the test result data received by the health care server 10 is different from the notation of the health care server 10, and if the notation is different, the test result notation conversion step of modifying and converting to the notation of the health care server itself (S300), When the reference value unique to the test apparatus is indicated in the test result data received by the health care server 10, the test result value is converted into a standard value by using the reference value indicated in the test result data, and the received test result data If a reference value unique to the inspection device is not indicated, a standardized processing step of converting the inspection result value into a standard value using a percentage by comparing the inspection value unique to the inspection device-specific reference value stored in the reference device storage unit 16 for each inspection device ( S400), Standardized test result analysis step of finding the boundary range and abnormal range values in the test result data converted by the health care server 10 to the standard value, and extracts the therapy prescription applied by filtering the corresponding data of the therapy prescription DB ( S500), The health care server 10 organizes the various therapies extracted from the DB according to the classification of diet, nutrition, exercise, and the like, and generates an analysis result pre-determined form (S600), Health care service providing method comprising a report providing step (700) for transmitting the report to the service user terminal connected to the health care server (10) via a wired or wireless communication network. delete The method of claim 3, wherein The standard value using the percentage in the standardization process step (S400) is characterized in that (test result value-average value) / (reference value maximum value-average value) × 100 ÷ 2 characterized in that the health care service providing method. The method of claim 3, wherein Method for providing a health care service characterized in that the standard value using the percentage in the standardized processing step (S400) is divided into a plurality of specific ranges centered on an average value and displayed as a graph having a different color according to each specific range. .

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