KR20100013821A - Remote-diagnosis system and method using network - Google Patents

Remote-diagnosis system and method using network Download PDF

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KR20100013821A
KR20100013821A KR1020080075522A KR20080075522A KR20100013821A KR 20100013821 A KR20100013821 A KR 20100013821A KR 1020080075522 A KR1020080075522 A KR 1020080075522A KR 20080075522 A KR20080075522 A KR 20080075522A KR 20100013821 A KR20100013821 A KR 20100013821A
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symptom
diagnosis
user terminal
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박종은
홍수진
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박종은
홍수진
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    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
    • G16H50/30—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for calculating health indices; for individual health risk assessment

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Abstract

The present invention relates to a remote self-diagnosis system and diagnostic method using an online communication network that allows a patient or doctor to self-diagnose the severity of a disease using various communication networks such as the Internet. A user terminal connected to the Internet by a user and receiving data according to a symptom from a user, outputting a diagnosis table according to the symptoms of a body part selected by the user terminal to the user terminal, and answering a question item of the diagnosis table to the user. It includes a symptom diagnosis server that receives input from the terminal and calculates an evaluation score for the answer, and a database storing data input from the user terminal and data processed by the symptom diagnosis server, as well as remote self-diagnosis of the patient , Doctor or Institutions can use the Diagnostic of patients, and furthermore, the present invention may include appropriate prescribing and care instructions in accordance with the diagnostic results, and can also function as a total diagnostic system that can continuously manage the disease.

Description

Remote self-diagnosis system and diagnostic method using communication network {Remote-Diagnosis System and Method using Network}

The present invention relates to a remote self-diagnosis system and diagnostic method using a communication network, and more particularly to a remote self-diagnosis system and diagnostic method using an online communication network that allows a patient or doctor to self-diagnose the severity of a disease using various communication networks such as the Internet. It is about.

In order for a patient to select a medical institution, the patient usually decides what is wrong with his health, goes to a suitable specialty medical institution or goes to a general hospital that provides treatment in all areas. However, a patient who has little knowledge of treatment can choose a medical institution, can waste a lot of unnecessary time, find out the cause of the disease and delay treatment, and can result in a large expenditure of national health insurance.

Due to the rapid urban concentration of society, medical institutions are mainly concentrated in the era of national medical insurance.

In this regard, the nation is making efforts to solve the nation's medical marginalized areas through remote medical care. However, the current form of telemedicine is a portable remote stethoscope, biosignal recorder, multimedia message service (MMS), video camera, and video conferencing. Use of diagnostic still images from equipment and patient monitoring devices, diagnostic imaging from diagnostic imaging devices, use of measurement unit compartments and computers in remote medical equipment cases, digital ophthalmoscopes for remote care, blood glucose or blood pressure, pulse measurement, Respiratory rate, electrocardiogram measurement, remote medical stethoscope module, etc. is only the degree of automatic removal detection is used.

Remote atopy diagnosis system seems to be usefully available. Among many diseases, 15-20% of infants and toddlers are not able to provide remote medical equipment to all remote homes. Cost and preparation are required.

In case of remote medical examination, it takes time and human cost when a doctor asks a patient's history or disease related questions through video conferencing device. Without any diagnosis, it is difficult to determine the severity of the disease.

After all, securing a medical basis for diagnosis is the basis for remote medical care.However, until now, there is no system for diagnosing various diseases and symptoms. There is a problem that takes a lot of time and effort.

The present invention has been made to solve the above-mentioned problems of the prior art, and based on the existing questionnaire and the patient's response to the existing medical objectivity established a system that can be used at the same time the diagnosis basic evaluation method of the disease, the Internet or By providing a means and method for diagnosing a disease remotely in connection with various communication networks, such as mobile, an object of the present invention is to enable the remote self-diagnosis of a patient, as well as a doctor or a medical institution to diagnose a remote medical disease of a patient.

Furthermore, an object of the present invention is to provide a remote self-diagnosis system and a diagnosis method for many diseases that can be appropriately prescribed according to a disease diagnosis result, medical guidance, and the like, and can continuously manage a patient.

Remote self-diagnosis system using a communication network according to the present invention for solving the above problems is a user terminal connected to the Internet by the user to receive data according to the symptoms from the user, according to the symptoms of the body parts selected by the user terminal A symptom diagnosis server for outputting a diagnosis table to the user terminal and receiving an answer to a question item of the diagnosis table from the user terminal to calculate an evaluation score for the answer, and processing the data input from the user terminal and the symptom diagnosis server. Includes a database where data is stored.

The database includes a major classification list consisting of major classification symptoms, such as head, spirit, neck, chest, abdomen, arms, legs, pelvis, skin, endocrine, and other parts, and the subclassification symptom, which is a sub-specific organ item of each major classification. And a diagnosis table consisting of a list of sub-categories consisting of a list of sub-categories, a symptom or a disease that may appear in each sub-category symptom, and a diagnosis table for identifying subjective symptoms for each sub-category.

The symptom diagnosis server may perform a communication module for performing Internet communication with the user terminal, the subclass list selected by the user terminal among the subcategory symptom parts selected by the user terminal among the subclass list, the subclass list, and the subclass list. A control unit for sequentially outputting a diagnosis table of the small classification selected by the user terminal among the small classification list of the site and the small classification list through the communication module, and an evaluation score calculation for calculating an evaluation score according to the answer input by the user terminal in the diagnosis table Contains wealth.

The diagnostic table is composed of one or more question items for symptoms or diseases, and one or more answer items assigned to each question item, and each answer item is assigned a score.

The evaluation score calculator calculates a sum of scores for each answer item selected by the user terminal for all question items included in the diagnosis table.

The control unit outputs the large classification list, the middle classification list, and the small classification list in a text format.

The controller outputs a human figure showing the major classification symptom when the major classification list is output.

The user terminal selects a symptom site by clicking on the human body picture with a mouse.

The control unit compares the evaluation score with a reference score range and outputs a comment on a symptom or disease.

The mid-class symptom of the head includes one or more items of the brain, eyes, nose, mouth, chin, ears, face, and back of the head.

The mid-classification symptom of the chest includes one or more items of blood vessels, lungs, breasts, upper spine, back, and lower spine.

The mid-classification symptom of the abdomen includes one or more items of the upper abdomen and the lower abdomen.

The middle classification symptom of the pelvis includes one or more items of the pelvis, genitals, inguinal part, and hips.

The middle class symptom of the arm includes one or more items of the shoulder, upper arm, elbow, forearm, wrist, palm, finger, and hand.

The mid-classification symptom of the leg includes one or more items of thighs, knees, shins, ankles, feet, hamstrings, calves, and soles.

The subclassified symptom of the skin includes one or more items of rash, hives, acne, bruises, hair loss, psoriasis, erythema, peeling, cracking, and burns.

The database further includes a user information list in which registration information and access information of the user are stored.

The user terminal has an output device for outputting the evaluation score.

In addition, a remote self-diagnostic method using a communication network according to the present invention for solving the above problems is a first step in which a user terminal accesses a web page provided by a symptom diagnosis server via the Internet, the user terminal is a symptom or disease list In step 2, the symptom diagnosis server provides a diagnosis table regarding the selected symptom or disease to the web page when the symptom or disease is selected, and the question items related to the symptom or disease included in the diagnosis table from the user terminal. A third step of receiving an answer, a fourth step of the symptom diagnosis server calculating an evaluation score based on the answer received in the third step, and the evaluation of the symptom at the user terminal through the web page; The fifth step is to provide a score.

Here, the second step is a first process of the symptom diagnosis server outputs a major classification list consisting of major classification symptom sites, which are head, spirit, neck, chest, abdomen, arms, legs, pelvis, skin, endocrine, and other items. A second step in which the user terminal selects one symptom part among the major classification symptom parts, and the symptom diagnosis server outputs a middle classification list consisting of sub-categories symptom parts that are sub-organizational items of the major classification symptom part selected in the second step; Step 3, a fourth step in which the user terminal selects one symptom part of the mid-class symptom part, and a sub-classification list consisting of symptoms or disease items that the symptom diagnosis server may appear in the mid-class symptom part selected in the fourth step A fifth step of outputting a message, wherein the user terminal includes a symptom or a disease item included in the subclass list A sixth process and the condition for selecting one diagnostic server comprises a seventh step of outputting a Diagnostic of the symptoms or disease selected in the sixth step.

The third step is a question item output process for outputting one or more question items for the symptom or disease selected by the symptom diagnosis server, and the symptom diagnosis server outputs one or more answer items for each question item. A response item output process and a response item selection process for selecting one of the answer items by the user terminal are performed.

The fourth step is characterized in that the symptom diagnosis server calculates an evaluation score which is the sum of the scores assigned to the answer items selected in the answer item selection process for all question items.

After the fifth step, if the evaluation score is a value within a set score range, the method further includes a sixth step of outputting a comment on a symptom or a disease.

Remote self-diagnosis system and diagnostic method using a communication network according to the present invention configured as described above to build a system that can use a variety of remote diagnostic evaluation method at the same time, and to diagnose the disease remotely in connection with various communication networks, such as the Internet or mobile By providing the means and methods, not only the remote self-diagnosis of the patient, but also the doctor or medical institution can use the patient's diagnostic table, and furthermore, the present invention provides appropriate prescription and medical guidance according to the diagnosis result, and continuously manages the disease. It can also function as a total diagnostic system.

In addition, by using the diagnostic results stored in the database of the present invention, the results of each evaluation method can be compared and analyzed, and the correlation between scores, and the occurrence, progress, and treatment status of sex diseases by age and region can be improved. There is also an additional effect that allows for analysis of degrees.

Hereinafter, with reference to the accompanying drawings will be described specific details and embodiments of the present invention.

1 is a block diagram showing a schematic configuration of a remote self-diagnosis system using a communication network according to the present invention.

Referring to FIG. 1, a remote self-diagnosis system using a communication network according to the present invention includes a user terminal 100, a symptom diagnosis server 200, and a database 300.

The user terminal 100 is a terminal in which a user selects an item related to his symptoms or a disease and inputs data by accessing the Internet.

The symptom diagnosis server 200 outputs a diagnosis table according to the symptoms of the body part selected by the user terminal to the user terminal, receives an answer to the question item of the diagnosis table from the user terminal, and receives an evaluation score for the answer. Calculate.

The database 300 stores data input from the user terminal and data processed by the symptom diagnosis server.

2 is a block diagram showing a specific configuration of a remote self-diagnosis system using a communication network according to the present invention.

2, a user terminal 100 is a terminal that accesses a web page provided by the symptom diagnosis server 200 through the Internet.

The database 300 includes a large classification list 320 consisting of major classification symptoms, which are head, spirit, neck, chest, abdomen, arms, legs, pelvis, skin, endocrine, and other categories, and sub-organization items of each major classification symptom. As the diagnosis table for identifying the sub-category list 330 consisting of the sub-category symptom parts, the sub-category list 340 consisting of the symptoms or disease items that may appear in each sub-category symptom area, and the subjective symptoms by each sub-category symptom or disease item The made diagnosis list 350 is stored.

Here, the mid-classification symptom of the head includes one or more items of brain, eyes, nose, mouth, chin, ear, face, and back hair, and the mid-classification symptom of the chest includes blood vessels, lungs, breast, upper spine, etc. And one or more items of the lower spine, wherein the mid-classification symptom of the abdomen includes one or more items of the upper abdomen and the lower abdomen, and the mid-classification symptom of the pelvis includes one or more items of the pelvis, genitals, inguinal, and hips. It is.

In addition, the middle classification symptom of the arm includes one or more items of shoulder, upper arm, elbow, forearm, wrist, palm, finger, hand, and the middle classification symptom of the leg is thigh, knee, shin, ankle, foot, ham And calves, soles of the feet, and the subclassified symptom of the skin includes one or more items of rashes, hives, acne, bruises, hair loss, psoriasis, erythema, peeling, cracks, and burns.

In addition, in the case of the spirit among the large category, the subclassification symptom site is the same as the major category, and the same is true of the neck in the large category.

In addition, the database 300 further stores a user information list 310 in which the user's registration information and access information are stored. Here, the user connection information includes a time when the user is connected, a diagnosis table used for diagnosis after connection, a user's evaluation score evaluated by the diagnosis table, and the like.

The sub-category list 340 is composed of symptoms or diseases that may occur in the sub-category symptom area, for example, a brain may be a stroke or a headache, and an eye may be an eye injury or a visual impairment. Can be.

The symptom diagnosis server 200 is a communication module 210 in charge of communication, an evaluation score calculator 230 for calculating an evaluation score according to a user input, and a controller 220 for controlling the communication module and the evaluation score calculator. It is configured to include).

Specifically, the communication module 210 performs internet communication with the user terminal.

The control unit 220 is the main classification list, the middle classification list of the major classification symptom portion selected by the user terminal among the major classification list, the small classification list and the small classification list of the sub classification symptom portion selected by the user terminal among the middle classification list. The diagnostic table of the small category selected by the terminal is sequentially output through the communication module.

The control unit 220 may output the main classification list, the middle classification list and the small classification list in a text format, or output a human figure to allow a user to select a symptom site.

For example, the controller 220 may output a human figure showing the major classification symptom when the major classification list is output, and may output a human figure showing the minor classification symptom when the middle classification list is output. .

In the case of the subcategory list, the specific symptom or disease may be configured so that the user terminal may output the text in a text format for selection.

As such, when the human body picture is provided through the symptom diagnosis server, the user terminal 100 may select a symptom site by clicking on the human body picture with a mouse.

In addition, the controller 220 may compare the evaluation score calculated by the evaluation score calculator 230 with a reference score range and output a comment regarding a symptom or a disease. For example, when the sum of all the scores selected by the user in the diagnosis table of a specific disease exceeds a predetermined reference value, the user may be configured to output a guide to visit the hospital because the symptom of the disease is severe.

The evaluation score calculator 230 calculates an evaluation score according to an answer input by the user terminal 100 in the diagnosis table.

The diagnostic table is composed of one or more question items for symptoms or diseases, and one or more answer items assigned to each question item, and since each score is assigned a score, the evaluation score calculator 230 is included in the diagnosis table. The sum of the assigned scores for each answer item selected by the user terminal is calculated for all the question items. The total calculated in this way becomes the evaluation score.

The user terminal 100 may be provided with an output device for receiving and outputting the evaluation score calculated by the evaluation score calculation unit 230, and outputs a diagnostic table and the evaluation score and the corresponding written document to the hospital It can be submitted by visiting.

In this case, it is possible to reduce the time spent in diagnosing symptoms in the hospital, and to prevent unnecessary visits even when the symptoms are not severe.

Figure 3 is a diagram showing a human figure in which the major classification symptom area is displayed according to the present invention.

Referring to FIG. 3, the symptom diagnosis server 200 provides the user terminal 100 with a screen for selecting a large classification symptom site as shown in FIG. 3 through a web page.

Head (1), spirit (2), neck (3), chest (4), abdomen (5), arms (6), legs (7), pelvis (8), skin (9), endocrine (10), The large classification list including the other parts 11 is displayed as a human body figure, and in the case of endocrine 10 and other parts 11 of the major classification list, it is not easy to display the human body picture, and can be displayed in the form of a button.

Figures 4a and 4b is a diagram showing a human figure showing the mid-class symptom site of the head in accordance with the present invention.

4A is a front view, and FIG. 4B is a back view. The user terminal may be displayed in such a manner that the front and rear surfaces are simultaneously displayed, or the switched screen is displayed through the button B for switching the front and rear sides.

4A and 4B illustrate an example of a human figure for selecting a middle classification symptom for a head among major classification symptom sites, and the remaining middle classification symptom may be displayed in the form of a human figure in the same manner.

Symptom diagnosis server 200 is a brain (1a), eyes (1b), nose (1c), mouth (1d), jaw (1e), ears (1f), face (1g), back hair A human figure containing one or more items of 1h) should be displayed.

5 to 7 is a diagram showing an example of a diagnostic table provided by the symptom diagnosis server according to the present invention.

FIG. 5 is a diagram illustrating an example of a sexual function diagnosis table corresponding to the pelvis among the major classification symptom sites, the genital organs, and the sexual function items in the minor classification.

5 illustrates a diagnosis table in a multiple choice form, and the user terminal 100 may select an answer corresponding to a question with a mouse or a keyboard.

The number of answer items is assigned to each answer item, and finally, when the evaluation score, which is the sum of the scores, becomes less than or equal to the set reference value, it is determined that the symptom is serious and instructs the user terminal 100 to visit the hospital. Print comments.

FIG. 6 is a diagram illustrating an example of a menopausal symptom diagnosis table corresponding to the pelvis among the major classification symptom sites, the genital organs, and the menopausal items among the subclassification symptoms.

The questionnaire and the answer item to which a predetermined score is assigned are displayed next to the question item and the question item, and the user may check the corresponding answer item with a mouse or a keyboard.

The symptom diagnosis server 200 calculates an evaluation score by calculating the sum of the scores assigned to the checked answer items. Unlike FIG. 5, the symptom diagnosis server 200 determines that the symptom is serious when the symptom score is greater than or equal to a set reference value. Print a comment that tells you to visit the hospital.

Thus, the reference value for determining the abnormality is different for each symptom table, and whether to determine whether there is an abnormality when the evaluation score is higher than or equal to the reference value depends on the type of symptom table. Can vary.

7 is a diagram showing an example of a dementia symptom diagnosis table corresponding to the head of the major classification symptom site, the brain of the middle classification symptom site, and the dementia item of the subclassification.

In FIG. 7, an answer item is checked by the user terminal in the answer item, and an evaluation score and a comment for each checked item are output.

8A and 8B are flowcharts illustrating a remote self-diagnosis method using a communication network according to the present invention.

8A and 8B, a remote self-diagnosis method using a communication network according to the present invention will be described. First, a user terminal accesses a web page through the Internet (S10).

Next, the symptom diagnosis server reads the major classification list from the database and outputs it (S20), and the user terminal selects one major classification symptom part of the major classification list (S30).

Next, the symptom diagnosis server reads the middle classification list of the selected major classification symptom part from the database and outputs it (S40).

Here, the main classification list and the sub classification list may be output in a text format, or alternatively, may be output on a graphic screen as shown in the figure of a human body.

The user terminal selects a middle classification symptom part from the middle classification list (S50).

Then, the symptom diagnosis server reads the subclassification list of the selected mid-class symptom part from the database and outputs it (S60).

The user terminal selects one symptom or disease to be diagnosed from the small category list (S70).

The symptom diagnosis server reads and outputs a diagnosis table regarding the selected symptom or disease from a database (S80).

The user selects an answer item of the diagnosis table using the user terminal (S90).

The symptom diagnosis server determines whether selection of answer items for all question items is completed (S100), and if selection of answer items is not completed, continues to receive answer items from the user terminal.

When the selection of answer items for all question items is completed, the symptom diagnosis server calculates an evaluation score (S110).

The symptom diagnosis server outputs the calculated evaluation score to the user terminal (S120).

In this case, the symptom diagnosis server determines whether the evaluation score falls within the set reference range together with the evaluation score, and outputs a comment regarding whether the user's symptoms are normal or abnormal (130).

As described above, the remote self-diagnosis system and diagnostic method using the communication network according to the present invention have been described with reference to the illustrated drawings, but the present invention is not limited by the embodiments and drawings disclosed herein, and the scope of the technical idea is protected. It can be applied within.

1 is a block diagram showing a schematic configuration of a remote self-diagnosis system using a communication network according to the present invention;

2 is a block diagram showing a specific configuration of a remote self-diagnosis system using a communication network according to the present invention;

Figure 3 is a diagram showing a human figure in which the major classification symptom site is shown according to the present invention,

4A and 4B are diagrams showing an example of a human figure for selecting a middle classification symptom on a head among major classification symptom sites;

5 to 7 is a diagram showing an example of a diagnostic table provided by the symptom diagnosis server according to the present invention,

8A and 8B are flowcharts illustrating a remote self-diagnosis method using a communication network according to the present invention.

<Explanation of symbols on main parts of the drawings>

100: user terminal

200: symptom diagnosis server

210: communication module

220: control unit

230: evaluation score calculation unit

300: database

Claims (24)

A user terminal connected to the Internet by a user and receiving data according to symptoms from the user; A symptom diagnosis server for outputting a diagnosis table according to the symptom of the body part selected by the user terminal to the user terminal and receiving an answer to a question item of the diagnosis table from the user terminal to calculate an evaluation score for the answer; And Remote self-diagnosis system using a communication network including a database for storing the data input from the user terminal and the data processed by the symptom diagnosis server. The method according to claim 1, The database includes a major classification list consisting of major classification symptoms, such as head, spirit, neck, chest, abdomen, arms, legs, pelvis, skin, endocrine, and other areas; A sub-category list consisting of sub-category symptom sites that are sub-organizational items of each major classification symptom site; A sub-category list consisting of symptoms or disease items that may appear in each of the sub-category symptom areas; And Remote self-diagnosis system using a communication network comprising a diagnostic table list comprising a diagnostic table for identifying subjective symptoms for each sub-category symptom or disease item. The method according to claim 2, The symptom diagnosis server includes a communication module for performing internet communication with the user terminal; The sub-category list of the sub-category symptom portion selected by the user terminal from the sub-category list, the sub-category list, the sub-category list of the sub-category symptom portion selected by the user terminal from the sub-category list, and the sub-category selected by the user terminal from the sub-category list. A control unit for sequentially outputting a diagnostic table through the communication module; And Remote self-diagnosis system using a communication network including an evaluation score calculation unit for calculating the evaluation score according to the answer entered by the user terminal in the diagnostic table. The method according to claim 1, The diagnostic table is composed of one or more question items for symptoms or diseases, and one or more answer items assigned to each question item, each answer item is a remote self-diagnosis system using a communication network, characterized in that the score is assigned. The method according to claim 4, The evaluation score calculator is a remote self-diagnosis system using a communication network, characterized in that for calculating the sum of the score for each answer item selected by the user terminal for all the question items included in the diagnostic table. The method according to claim 3, The control unit is a remote self-diagnosis system using a communication network, characterized in that for outputting the main classification list, the middle classification list and the small classification list in a text format. The method according to claim 3, The control unit is a remote self-diagnosis system using a communication network, characterized in that for outputting the main classification list outputs a human figure showing the major classification symptoms. The method according to claim 3, The control unit is a remote self-diagnosis system using a communication network, characterized in that for outputting the middle classification list outputs the human figure showing the classification of the symptoms. The method according to claim 7 or 8, The user terminal is a remote self-diagnosis system using a communication network, characterized in that for selecting the symptom site by clicking on the human body picture. The method according to claim 3, The control unit is a remote self-diagnosis system using a communication network, characterized in that for outputting a comment on the symptoms or diseases by comparing the evaluation score with the reference score range. The method according to claim 2, The mid-class symptom of the head is a remote self-diagnosis system using a communication network, characterized in that it comprises one or more items of brain, eyes, nose, mouth, jaw, ear, face, back head. The method according to claim 2, The mid-class symptom of the chest may include at least one of blood vessels, lungs, breasts, upper vertebrae, and back and lower vertebrae. The method according to claim 2, The mid-class symptom of the abdomen is a remote self-diagnosis system using a communication network, characterized in that it comprises one or more items of the upper abdomen and the lower abdomen. The method according to claim 2, The mid-class symptom of the pelvis is a remote self-diagnosis system using a communication network, characterized in that it comprises one or more items of the pelvis, genitals, inguinal, hips. The method according to claim 2, The mid-class symptom of the arm includes a shoulder, upper arm, elbow, forearm, wrist, palm, finger, hand and at least one item of a remote self-diagnosis system using a communication network. The method according to claim 2, The mid-classification symptom of the leg is a remote self-diagnosis system using a communication network, characterized in that it comprises one or more items of thighs, knees, shins, ankles, feet, ham, calf, soles. The method according to claim 2, The mid-classification symptom of the skin includes a rash, urticaria, acne, bruises, hair loss, psoriasis, erythema, peeling, cracking, and burns. The method according to claim 2, The database further comprises a user information list storing the user registration information and access information remote communication system using a communication network. The method according to claim 1, The user terminal has a remote self-diagnosis system using a communication network, characterized in that it comprises an output device for outputting the evaluation score. A first step of the user terminal accessing a web page provided by the symptom diagnosis server through the Internet; A second step of the symptom diagnosis server providing a diagnosis table regarding the selected symptom or disease to the webpage when the user terminal selects any one symptom or disease from the symptom or disease list; A third step of receiving an answer to a question item about a symptom or a disease included in the diagnosis table from the user terminal; A fourth step of the symptom diagnosis server calculating an evaluation score based on an answer received in the third step; And And a fifth step of the symptom diagnosis server providing the evaluation score at the user terminal through the web page. The method of claim 20, The second step may include a first process of the symptom diagnosis server outputting a large classification list including major classification symptom sites such as head, spirit, neck, chest, abdomen, arms, legs, pelvis, skin, endocrine, and other items; A second step of the user terminal selecting one symptom part of the major classification symptom part; A third step of outputting, by the symptom diagnosis server, a mid-class list consisting of a sub-class symptom part which is a sub-detailed organ item of the large-class symptom part selected in the second step; A fourth step of selecting, by the user terminal, one symptom part of the middle classification symptom part; A fifth step of outputting, by the symptom diagnosis server, a sub-category list consisting of symptoms or disease items that may appear in the middle classification symptom portion selected in the fourth step; A sixth process of selecting, by the user terminal, one of symptom or disease items included in the small classification list; And And a seventh step of the symptom diagnosis server outputting a diagnosis table regarding the symptom or disease selected in the sixth step. The method of claim 20, The third step may include a question item output process of the symptom diagnosis server outputting one or more question items about a symptom or disease selected in the second step; An answer item output process for the symptom diagnosis server to output one or more answer items for each question item; And Remote self-diagnosis method using a communication network comprising a response item selection process for the user terminal to select one of the answer items. The method according to claim 21, In the fourth step, the symptom diagnosis server calculates an evaluation score which is a sum of scores assigned to the answer items selected in the answer item selection process for all question items. The method of claim 20, And a sixth step of outputting a comment about a symptom or a disease if the evaluation score is a value within a set score range after the fifth step.
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