KR20010109802A - Method and system for suffering medical information by use of internet - Google Patents

Abstract

end. The technical field to which the invention described in the claims belongs

A system and method for providing medical information.

I. The technical problem to be solved by the invention

It provides a system and method to make it easier, faster, more accurate and even make reservations to medical institutions.

All. Summary of Solution of the Invention

The system of the present invention is a medical information providing system that can be connected to a plurality of users and medical institution servers through an internet network. The system is connected to the internet network and stores basic medical information, data posted by internet users, and the like. A sentence retrieval server that receives information about a disease received from a user, converts it into a synonym by sentence, and retrieves related information by using the received data and change data; And a term database for providing synonym data to the sentence search server, the search result data and the reservation data examination record data, and storing various data on diseases and providing them to Internet users, and reservation of Internet users. Using information data It is composed of a data server for making a reservation to the medical institution server through the Internet network.

la. Important uses of the invention

Medical information is provided via the Internet, and appointments can be made at medical institutions.

Description

METHOD AND SYSTEM FOR SUFFERING MEDICAL INFORMATION BY USE OF INTERNET}

The present invention relates to a system and method for providing medical information, and more particularly, to a system and method for providing medical information using a communication network.

In general, the method for the individual to check his or her disease or body condition is to listen to the symptoms of other diseases from the people around them, compare them with their condition, infer and interpret them, and visit a medical institution for examination. This can be done through a diagnosis or prescription given by a specialist. In addition, in many cases, medical books, etc. to prepare for the symptoms of the illness or to go to the pharmacy, etc. in most cases interview with the pharmacist. This is the way people do it, and it's very common. In other words, people rarely go to medical institutions to see a specialist, and most of them prescribe their disease name through easy-to-use places rather than medical specialists and prescribe accordingly. Since most people recognize medical institutions as treatment-only places, they do not prevent diseases or check their health through regular examinations and examinations. In addition, even if you want to find a professional medical institution first visit a medical institution to meet a specialist to go through a lot of procedures, so if you are not a big disease rarely find a medical institution.

On the other hand, with the rapid development of communication in modern society, mobile communication and internet communication have become popular and can be used by anyone in general. Thanks to this rapid development of communication, anyone can share a lot of information through the Internet, and various services are supported through the Internet. In line with this, the time has come to be able to conduct medical treatment in the internet space with doctors as if they are e-mailing or chatting with doctors in the medical treatment and medical institutions through the Internet.

However, as described above, providing medical information using the Internet has many problems. In detail, it is very difficult to process this in a computer because different people use different expressions for the same symptom. Therefore, because it is difficult to identify the exact symptoms, it is impossible to make an accurate diagnosis. Accordingly, the answer is also answered in an ambiguous format, not an exact answer to the disease. This can lead to medical accidents, so it is very dangerous.

In addition, the general public thinks about his disease in the light of his medical common sense, so it is impossible to accurately understand the disease that he has in various departments such as internal medicine, surgery, neurology, neuropsychiatry, otolaryngology, etc. Therefore, even in the case of medical treatment using the Internet, the problem of selecting the correct medical department by accurately judging one's own disease is inevitable to the public. In addition, there is a problem that a doctor must continuously access the Internet communication to answer questions in a virtual space when performing a type of medical treatment such as video or chat. This is because a queryer using the Internet does not know when to connect and ask a question. Keeping such specialists constantly connected to Internet communications is a waste of manpower and can be a daunting task for doctors. And if the specialist he consulted requires to select a different department, there is a problem that the same contents must be re-inquired from the beginning.

Alternatively, when consulting with a specialist using e-mail, there is a problem in that the doctor cannot receive medical treatment in real time. In other words, the person who sent the e-mail must wait until the e-mail in response to the question is received from the specialist, which causes a lot of time to determine the exact disease when the specialist asks again about various symptoms. In addition, even when the above-mentioned specialist introduces a specialist of a specific medical institution, there is a problem in that there is no method for knowing information about an institution other than the medical institution recommended by the specific specialist who performed the question and answer.

Accordingly, an object of the present invention is to provide a system and method for easily grasping the contents and status of diseases to the general public by using the Internet network.

Another object of the present invention to provide a system and method that can provide medical knowledge for health care to the public using the Internet network.

It is still another object of the present invention to provide a system and method for preventing medical accidents caused by erroneous knowledge by providing more accurate medical knowledge to the general public using the Internet network.

It is another object of the present invention to provide a system and method for providing information on diseases, introducing a wide range of medical institutions to patients, and performing medical appointments.

The system of the present invention for achieving the above objects is a medical information providing system that can be connected to a plurality of users and medical institution server through the Internet network, connected to the Internet network, basic medical information, data posted by Internet users, etc. And an information providing server that interfaces with the user, and receives query data about a disease received from the user in sentence units and converts the same into similar words, and searches for related information using the received data and the changed data. A sentence retrieval server provided to the user, a term database providing synonym data to the sentence retrieval server, and the search result data and the reservation data examination record data. Internet users Is constructed by using the schedule information of data to the data server to perform a scheduled to medical server via the Internet network.

In addition, the data server,

The reservation list is inspected at a predetermined time unit, and if there is a reservation person, the personal information, examination data, and contact information of the stored reservation person are generated as a reservation e-mail, and the reservation e-mail is transmitted to the corresponding medical institution server through the information provision server.

The sentence search server,

And storing the data matched with the query data received from the Internet user in the data server, and transferring the data to the data server upon reservation request and storing the data in the reservation list.

The method of the present invention for achieving the above objects is a method for providing medical information in a medical information providing system that can be connected to a plurality of users and medical institution server through the Internet network, the initial data is transmitted if the user's connection exists And a second process of receiving the query data from the user in units of sentences, converting them into similar words, and then searching for the corresponding data using the received sentences and sentences modified by the similar words, and the search result. According to the third process of converting the data according to the accuracy ratio into a list can be configured.

In addition, in order to maintain the security of the medical record, if the login data is received after performing the first process, it may be configured to further include a fourth process proceeding to the second process after checking whether the correct user.

And when the selection data is received after the third process, the fifth process of reading the list of the lower contents according to the corresponding disease and providing the same to the user, and receiving the data about the different question from the user after the third process. And a sixth step of checking whether the corresponding data exists among the lower data of the selected list after performing sentence conversion using similar words, and a seventh step of providing the test result data of the sixth step to the user. More detailed information may be provided, and the eighth process of checking whether the read data belongs to a specific medical department and the medical institution performing the treatment if the test result corresponds to a specific medical department is performed. Through the eighth process provided to the user along with the data provided by the Information can be provided.

In addition, a ninth process of storing matching data of the selected medical information by the provided medical information, the data input by the user, and similar information, and storing the reservation data for a specific medical institution by the user in a reservation list. The tenth step, and when the predetermined time to perform the reservation is checked, the reservation list is inspected, and if there is a reservation requester, the query data and the similar word change data received from the user to the medical institution server requesting the reservation and the provided data And an eleventh process of converting the personal information and the contact information of the user into the reservation mail data and performing the reservation to the medical institution server requiring the reservation.

1 is a configuration diagram of an internet network to which the present invention is applied;

2 is a block diagram of a medical information providing system according to the present invention;

3 is a block diagram of an information providing server according to a preferred embodiment of the present invention;

4 is a block diagram of a data server for providing medical information according to a preferred embodiment of the present invention;

5A to 5B are control flowcharts for providing medical information when an Internet user is connected in a medical information providing system according to a preferred embodiment of the present invention;

6 is a control flow diagram for transferring the reserved data to the medical institution server according to a preferred embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. The same parts also use the same reference numerals, although shown in the other figures.

1 is a block diagram of an internet network to which the present invention is applied. Hereinafter, an operation of providing a medical information and a connection with users in an internet network will be described with reference to FIG. 1.

The internet network 30 is connected to general users 11, 12,..., 13 to provide a condition for performing data communication. In addition, the Internet network 30 is connected to the medical information providing system 100 according to the present invention. The medical information providing system 100 is connected to the operator computer 40 and is connected to general users 11, 12,..., 13 through the Internet network 30 to provide medical information. The medical information provided at this time becomes data on the health condition and disease examined according to the user's symptoms inputted by the users. In addition, the medical information providing server 100 presents the hospitals that can treat the disease according to the user's request, and when the reservation request is made to the presented hospital, it may be able to make a reservation for the corresponding medical institution. Therefore, according to the present invention, the medical information providing system 100 is connected to each server 21, ... 22 of each medical institution through the Internet network 30, or through a local area network (LAN) of each medical institution. It may be connected to the servers (21, ... 22). In addition, the medical information providing system 100 is connected to the manager computer 40 for updating the database and maintenance of the system. Next, the configuration of the medical information providing system 100 will be described with reference to FIG. 2.

2 is a block diagram of a medical information providing system according to the present invention. Hereinafter, the configuration and each operation of the medical information providing system will be described with reference to FIG. 2.

The medical information system 100 includes at least an information providing server 110, a sentence search server 120, a data server 140, and a term DB (Atat Base) 130 to provide medical information. Each of the servers may be connected using an internal processor communication (IPC) method or may be connected using a high speed local area network (LAN). remind

The information providing server 110 is connected to the Internet network and transmits the basic information and the user's request to a specific medical institution to the corresponding medical institution server to make a reservation. In addition, the medical information providing system 100 may be configured to include a separate server for the mailing service, but for convenience of description, the present invention provides such a service in the information providing server 110 or the data server 140. It is described as performing together.

In addition, the medical information providing server 110 transmits the data to the sentence search server 120 when receiving the data for the query received from the user, and checks the data corresponding to the medical information and finds the data. The sentence search server 120 interprets the query information received from general Internet users into sentences. At this time, the terms of the received sentence to find a synonym in the term DB (130) to interpret the sentence and delivers the interpreted information and the first received information to the data server 140. Then, the data server 140 finds medical information that matches the medical information corresponding to the received data, matches it, and transmits the matching medical information to the sentence search server 120. Through this, a sentence is searched and the sentence search result is transmitted to the information providing server 110 again. Through such a process, the medical information providing system 100 may provide information.

In addition, the manager computer 40 is connected to the information providing server 110. Such a manager computer may be configured to directly connect to the sentence search server 120 or may be configured to directly connect to the data server 140. In addition, as shown in Figure 2 is connected to the information providing server 110

It can also be configured to send control data to other servers. In general, the manager computer 40 is configured to accommodate all of the above methods. Next, the configuration and operation of the information providing server 110 will be described with reference to FIG. 3.

3 is a block diagram of an information providing server according to a preferred embodiment of the present invention. Hereinafter, the internal configuration and operation of the information providing server 110 for providing medical information according to the present invention will be described in detail with reference to FIG. 3.

The controller 111 controls the overall operation of the information providing server 110. The overall operation according to the present invention refers to various operations for providing medical information and control such as making reservations by transmitting reservation data of users who are required to make reservations to a medical institution. Such control will be described in more detail with reference to a flowchart to be described later. Internet connection

112 performs an interface for converting data transmitted and received between the Internet network 30 and the information providing server 110 in accordance with a prescribed protocol format. The data converter 113 converts the data to meet the protocol for providing medical information and transmits the data to the Internet connection 112 or converts the data into a message that can be delivered to the user and outputs the message to the Internet connection 112. In addition, the data conversion unit 113 converts the data received from the Internet connection unit into data that can be processed by the control unit 111 and outputs. The ROM 114 includes information necessary for an initial operation of the information providing server 110, and the RAM 115 temporarily stores data generated during control of the controller 111 or stores program data driven. The user connection unit 116 may be connected using a serial port or an parallel port as an interface for connecting to the manager computer 40. Since these matters are general, detailed descriptions are omitted.

In addition, the information providing server 110 has its own database. Such a database basically provides a program DB 117a storing control data for providing information, a mail DB 117b for receiving and managing mail data, basic data about medical information, and the like, for users connected through the Internet. General provision information DB (117c) to be configured. The general provision information DB 117c includes data posted by users connected through the Internet network 30, basic medical knowledge, basic information on services provided, and characteristics of each departments classified by medical fields. Stored. In addition, the mail DB 117b stores mail data of a user whose mail service is accounted in the medical information providing system, mail data to be transmitted to the medical institution, and data about the transmitted data. In addition, the information providing server 110 may be configured to include a database for approval of the subscriber.

4 is a block diagram of a data server for providing medical information according to a preferred embodiment of the present invention. Hereinafter, the configuration and operation of a data server according to the present invention will be described in detail with reference to FIG. 4.

The controller 141 uses the data received from the sentence search server 120 to control the inspection for matching the medical information and to store the query data and the reservation data for each individual. The control process for this will be described in more detail with reference to a control flowchart to be described later. The server connection unit 142 performs an interface of data transmission and reception with the sentence search server 120. The ROM 143 stores data necessary for early operation, and the RAM 144 temporarily stores data generated during control, and stores program data to be driven. The personal information DB 145 records query data and response data about the medical information for each individual. It also stores the reservation request data in the medical institution server. In addition, data such as previous records for each individual accessed through the Internet are stored. The program DB 146 stores various program data for the control of the data server 140, and the medical information DB 147 stores various medical information as data. Such data can be used to provide TEXT-formatted data, XML-formatted data, and other languages.

It is stored as data by gram. Information on this will be described in more detail with reference to a control flowchart to be described later.

5A to 5B are control flowcharts for providing medical information when an Internet user is connected in a medical information providing system according to an exemplary embodiment of the present invention. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to FIGS. 1 to 5A and 5B.

Initialization of each device is performed in step 200, which is an initialization process of each device, that is, the servers 110, 120, and 140 of the medical information providing system 100. In step 202, the standby state is maintained. The standby state refers to a state in which there is no connection of an Internet user or no special mailing service, and no connection of an administrator. The information providing server 110 of the medical information providing system 100 checks whether a user's access signal is received through the Internet access unit 112. When the user's access signal is received, the control unit 111 of the information providing server 110 reads the information stored in the general information providing DB 117c and transmits the information to the data conversion unit 113 in step 206. Then, the information output from the control unit 111 is converted into data to be provided and data to be transmitted to the Internet network 30 through the Internet connection unit 112 is transmitted. The connected Internet user then receives the initial data through it.

The control unit 111 of the information providing server 110 is in a state of waiting for a signal from the Internet user after step 206. Therefore, the controller 111 checks whether the medical query information login data is received through the internet access unit 112 in step 208. If the medical query information login data is received as a result of the test, the process proceeds to step 214; In this case, the other service means requesting information stored in the general provision information DB 117c in FIG. 3. If there is a request of another service as a result of the check in step 210, the controller 111 proceeds to step 212 and provides another service provided, otherwise, in step 208, if a specific signal is not received from the user. do.

The controller 111 proceeds to step 214 to perform a task for checking the login data of the user provided in the data server 140 through the server connection unit 119. In addition, such a job may be stored in the information providing server 110 in a separate database. This log-in process is to provide medical records to hospitals. In other words, this is done to prevent other users from storing or reserving information for records other than their own. Therefore, if there is no risk described above, the login information receiving process and the login data checking process may be performed.

Next, the login data confirmation process of step 214 will be described in more detail. Data transmitted from the information providing server 110 to the data server 140 is transferred to the control unit 141 through the server connection unit 142 of FIG. Then, the control unit 141 of the data server 140 checks whether the input data and the received data are the same data using the data stored in the personal information DB 145. And when receiving information from the user can be configured to enter a personal ID (name or separate ID), password and social security number. When the data stored in the personal data DB 145 is the same as the result of the test, the data to be queried is read from the program DB 146 and the information is provided through the server connection unit 142. Forward to 110. However, if the information is not the same, an error message is generated and transmitted to the information providing server 110. Then, when the information providing server 110 receives it through the server connection unit 119, the received data is transmitted to the Internet user through the data conversion unit 113 and the Internet connection unit 112.

After the information is provided to the user through the process as described above, the standby state is maintained until a predetermined signal is received from the user. As shown in FIG. 5A, the process proceeds from step 214 to step 216 when the user authentication succeeds. The control unit 111 of the information providing server 110 checks whether the query information is received from the user in step 216. If query information is received from the user as a result of the check, the process proceeds to step 218; otherwise, step 216 is continued.

In addition, the query information is sentence information input by the Internet user. An example of the message received from the user in detail is as follows. Sentence information such as "head ache" or "head hum and tingling left" is received. Then, the received information is transmitted to the sentence search server 120, the sentence search server 120 interprets the sentence in step 218.

The process controlled in step 218 will be described in detail. Then, the control unit 111 of the information providing server 110 transmits it to the sentence search server 120 through the server connection unit 119. The sentence search server 120 interprets a sentence by referring to a similar term stored in the term DB 130 and converting the sentence into a changeable sentence. In other words, they are translated into similar sentences or their contents are interpreted from words in the sentences. Then proceed to step 220.

In step 220, the sentence search server 120 temporarily stores the received data and the modified data, and proceeds to step 222 to search for relevant information. Such a search may be searched first using a database provided in the sentence search server 120 itself, and secondly, the search may be transferred to the data server 140 and searched. In addition, in the third method, the sentence search server 120 may include only the data for sentence search, and the data matching the same may be stored in a link to the data server 140. In this case, the data will be stored in the third method.

The sentence search server 120 refers to a database provided in the sentence search server 120 to find data whose contents match or are close to each other by using the modified data and the like, which are generated by modifying the input data with similar words. The similarity ratio is calculated according to the search result and then formed as title data. The data formed from the title data is provided to the user in step 224. That is, the data retrieved from the sentence search server 120 is transmitted to the control unit 111 through the server connection unit 119 of the information providing server 110 and the control unit transmits it to the data conversion unit 112 and then to the user again. After the control to convert to a form that can be delivered is transmitted to the Internet network 30 through the Internet connection 112. Therefore, the user receives the data according to the title data format and the similarity ratio.

As described above, after providing data to the user, the process proceeds to step 226 to determine whether a selection signal is received from the user. If the user select signal is received as a result of the test, the process proceeds to step 232; otherwise, the process proceeds to step 228. In order to explain the case where the user is logged out in the present exemplary embodiment, the logout is displayed on the drawing only in step 228. If the signal received from the user is a logout signal, logout is performed in step 230, and if not, the controller continuously checks whether a selection signal is received in step 226. If the medical information providing system 100 proceeds to step 232, the medical information providing system 100 provides the data according to the selected title to the user, and stores the query information received in step 216 and the matched data upon modification together with the selected data.

The selection signal of the user is input to the information providing server 110. Then, the information providing server 110 transmits it to the sentence search server 120. Then, the sentence search server 120 selects a directory or material section existing below, and transmits a plurality of information to the user. This is for the user to infer and interpret more detailed information by selecting the above contents. The selected information is transmitted to the data server 140 and stored. In step 234, it is checked whether the contents of the query are received. When the query result or the selection signal is received, the process proceeds to step 236. If the query content is selected, the sentence search server 120 transforms the received sentence using similar term data stored in the term DB 130 and temporarily stores the modified sentence in the sentence server. In operation 228, the sentence retrieval server 120 checks whether data similar to the received sentence or modified sentence exists under the first selected content. Thereafter, the sentence search server 120 proceeds to step 240 to check whether there are matching medical institutions. This checks whether the data of the medical institution performing the medical treatment exists when the contents of the query correspond to the internal medicine, and checks whether the data of the medical institution performing the surgical treatment exists in the case of surgery. If there is a matched medical institution as a result of the test, the process proceeds to step 242; otherwise, the process proceeds to step 244. Such a test of matching checks whether a medical department is determined together with a test of whether a matching medical institution exists. In other words, if no medical department is selected, no matching medical institution is checked and the process proceeds to step 244. In step 242, the sentence search server 120 reads the matched medical institution data in step 242. At this time, if the medical institution data exists in the data server 140, it is read from the data server 140. It then checks if there is any data or list to search further down. If the sub-information is present as a result of the inspection, the flow proceeds to step 246, and if not, the flow proceeds to step 248.

However, if a selection signal is received from the list data provided in step 232, it finds lower information about the list data and checks whether another list data exists below the list data. Then, if the list data exists, provide it to the user.

In addition, if it is checked in step 244 that the sub information exists, the process proceeds to step 246 and provides the medical institution information, the selectable list data and the data for performing the query together to the user. The flow proceeds to step 234 to perform the above process.

In step 248, the sentence information search server 120 reads the matched medical institution information and related information from the data server 140 and provides the same to the user. Then check to see if medical appointments are selected. If the reservation of the medical institution is selected, the process proceeds to step 252 to receive and store the data according to the reservation along with the query and response data through the medical information providing system 100. Such a reservation can be configured to allow the user to set the possible date and time zone. In addition, such reservation data is stored in the data server 140, and is transmitted to the medical institution server every predetermined period or at a predetermined time.

6 is a control flow diagram for transferring the reserved data to the medical institution server according to an embodiment of the present invention. Hereinafter, a process of transmitting reservation data from a medical information providing system to a server of a medical institution according to the present invention will be described with reference to FIG. 6.

The medical information providing system 100 maintains the standby state in step 300 and proceeds to step 302 to check whether it is time to transmit preset reservation information. As a result of the inspection, if it is a preset reservation time, the process proceeds to step 304; otherwise, the process proceeds to step 300. The reservation management of the medical information providing system 100 may be configured to be performed by the data server 140 or may be configured to be performed by the information providing server 110. Hereinafter, it is assumed that the data server 140 is performed.

If the data server 140 proceeds to step 304, the data server 140 checks the reserved user list through step 250 of FIG. 5B. In step 306, it is checked whether the reservation data of the user exists. If the check result data exists, the process proceeds to step 308. In the case where the checker data exists, the procedure proceeds to step 308. If the data does not exist, the routine ends. In step 308, the data server 140 reads stored examination data. In this case, the medical examination data refers to the content, change data, and data provided by the medical information providing system that the sentence search server 120 queries through the processes of FIGS. 5A through 5B. After reading the data, a reservation mail is generated and transmitted. The generation of such a reservation mail generates a file with a user's e-mail address or phone number, a date, a time zone, and the examination data to be booked, and delivers the data to a medical institution server through the Internet. In step 312, it is checked whether there are other reservations. If there are more other subscribers as a result of the check, the process proceeds to step 308. If there are no more subscribers, the routine of FIG. 6 ends. Through the above process, it is possible to transmit the checkup of the reservation to the medical institution, and may make an appointment. In addition, the medical institution may notify the notification of the reservation directly to the user's email address or by telephone. In addition, by checking the contents of the examination performed by the medical information providing system 100, consultation time by a specialist in a medical institution can be reduced.

As described above, there is an advantage that many users can check information on diseases without directly looking for medical institutions by using the Internet. In addition, it is possible to make an appointment to a medical institution, the medical information providing system has the advantage of reducing the time of the doctors by providing the contents according to the question and answer about the disease to the reserved medical institution. In addition, specialists have the advantage of not having to perform the basic questionnaire using the data received at the time of booking.

Claims (10)

In the medical information providing system that can be connected to a number of users and medical institution server through the Internet network, An information providing server connected to the Internet network and storing basic medical information, data posted by Internet users, and performing an interface with the user; A sentence search server that receives query data about a disease received from a user in units of sentences and converts the same into a similar word, retrieves relevant information by using the received data and change data, and provides the same to the user; A term database providing similar word data to the sentence search server; It stores the search result data and reservation data examination record data, stores various data about the disease and provides it to the Internet user, and makes a reservation to the medical institution server through the Internet network using the reservation information data of the Internet user Medical information providing system using the Internet, characterized in that consisting of a data server. The method of claim 1, wherein the data server, The reservation list is inspected by a predetermined time unit, and if there is a reservation person, personal information, examination data, and contact information of the stored reservation person are generated as a reservation e-mail, and the reservation e-mail is transmitted to the corresponding medical institution server through the information provision server. Medical information provision system using the Internet. According to claim 1 or claim 2, wherein the sentence search server, And storing the data matched with the query data received from the Internet user in the data server, and when the reservation request is made, delivers the data to the data server and stores the data in the reservation list. In the method for providing medical information in a medical information providing system that can be connected to a plurality of users and medical institution server through the Internet network, A first process of transmitting initial data if a user's connection exists; Receiving a query data from a user in units of sentences, converting the same into similar words, and then searching for the corresponding data using the received sentences and sentences modified by the similar words; And a third process of converting the data according to the searched result into a list according to an accuracy ratio and providing the list. The method of claim 4, wherein And a fourth step of proceeding to the second step after checking whether the correct user is received when the login data is received after performing the first step. The method according to claim 4 or 5, A fifth process of reading a list of sub-contents according to the corresponding disease and providing the selected data to the user when receiving selection data after performing the third process; A sixth process of performing sentence transformation using similar words when receiving data for a different question from the user after the third process, and then checking whether the corresponding data exists among the lower data of the selected list; And a seventh step of providing the test result data of the sixth step to the user. The method of claim 6, An eighth process of checking whether the read data belongs to a specific medical department and a medical institution that conducts medical treatment for a specific medical department when the test data is included in the specific medical department is provided to the user along with the data provided in the seventh process Medical information providing method using the Internet characterized in that it further comprises an eighth process. The method of claim 4, wherein And a ninth process of storing matching data of the selected medical information and data selected by the user input data and similar information. The method of claim 7, wherein And a ninth process of storing matching data of the selected medical information and data selected by the user input data and similar information. The method of claim 9, A tenth step of storing a reservation for a specific medical institution from the user in a reservation list; When the preset time is reached to perform the reservation, the reservation list is examined, and if there is a reservation requester, the query data and the similar word change data received from the user to the medical institution server requiring the reservation, the provided data, the personal information of the user, And an eleventh process of converting a contact into reservation mail data and making a reservation to a medical institution server requiring the reservation.