KR102085377B1 - Doctor search system - Google Patents

Abstract

The present invention relates to a doctor search system which allows a patient who wants a treatment of a specific disease or a specific subject to easily search for skilled and accessible doctors who provide corresponding specialized treatments, and allows a doctor to obtain assistance in profitability improvement by increasing suitable treatment efficiency. The doctor search system comprises: a server to provide a user with a search service; a doctor database to store personal information for each doctor, location information of hospitals to which doctors belong, information of diseases to be treated by doctors, and career information of doctors; a calculation unit to calculate a score for each doctor based on career information stored in the doctor database; and a doctor information output unit to search for doctors who treat a disease searched by a user or treat a treatment subject corresponding to the searched disease when the user searches for a disease or a treatment subject by using a terminal to connect to the server, so as to output information of searched doctors to the terminal in the order of scores calculated by the calculation unit.

Description

Doctor search system

The present invention relates to a pseudo search system.

Information about common sense has been accessible to anyone, both online and on the air, but nevertheless, finding out exactly who can see a doctor quickly and with confidence when seeking care for a particular disease. Still not easy

Finding a 'hospital' search for a specific disease near my neighborhood is coming up, but the disease is actually being repaired by a doctor, not a hospital. There are very few sites and apps that tell who it is.

The same is true for finding the best names in the country when you have a serious illness. People unconditionally look for Seoul National Hospital, Samsung Medical Center, Asan Hospital, and Severance Hospital. But the reservation is a month or two behind. Another problem is the medical imbalance between the large hospitals and small hospitals (a disease that can be treated well in a clinic or a neighborhood hospital, and people try to get medical treatment only to a university hospital or a large hospital). This is because they do not know what to focus on in the doctor's information or biography.

That's why many patients who don't know the medical field go through this hospital several times, or visit a university hospital lined up by reserved patients until they see a doctor who has expertise in a particular disease. Waiting for a long time to endure a significant mental and physical burden.

This problem also results in similar results from the point of view of the doctor or the hospital, that is, the number of trials and errors before encountering a patient who can be treated with his or her specialty makes the proper treatment inefficient.

Of all the doctors in my neighborhood for a particular disease, someone may have a name. However, the name is not friendly, unkind, expensive, cheap, it can not be said as a simple comment evaluation of customers. However, the level information between doctors can be matched closely by calculating the biography. In many cases, the chief authority of medical treatments is retired from university hospitals and sees medical treatments in our neighborhoods. In some cases, the first and second medical institutions are the founders of various patents and related fields, or the world's authority in the specialized subjects. Patients with shoulder pain should not go to any orthopedic clinic (orthopedic surgeons often look at their knees) unconditionally, but should go to someone who specializes in shoulder care in the neighborhood.

Accordingly, we want to implement a site and an app that show the level of the organization by objectively measuring the level of 'all the doctors in the region' for a specific disease. There is also a need for a doctor-centered retrieval system that is necessary to ensure that the right patients can see the doctor.

Korean Laid-Open Publication No. 10-2010-0129016 (published 2010.12.08.)

The present invention has been made to solve the problems as described above, the object of the doctor search system according to the present invention is to easily provide a competent and accessible doctor who provides the specialized medical care to a patient who wants to treat a specific disease or a specific subject. In addition, it provides a doctor search system that can help to improve profitability by improving the efficiency of medical treatment that can be searched and also from the physician's point of view.

The pseudo-search system according to the present invention for solving the above problems, the server for providing a search service to the user; A doctor database in which doctor-specific personal information, location information of a hospital to which a doctor belongs, disease information that can be treated by a doctor, and doctor's career information are stored; A calculator for calculating a score for each doctor based on career information stored in the doctor DB; And when a user accesses a server using a terminal to search for a disease or a medical subject, searches for a doctor who treats the disease searched by the user or examines a medical subject corresponding to the searched disease, and calculates information on the searched doctors. It characterized in that it comprises a pseudo information output unit for outputting to the terminal in the order of the score calculated in the.

In addition, when the doctor information output unit connects to the server and searches for a disease or medical treatment, after receiving location information from the terminal, the doctor information output unit is located in an area where the terminal is located or within a predetermined distance from the location of the terminal. It is characterized in that for outputting the search results of the doctors in order of the score calculated by the operation unit.

The career information may include at least one of the number of patents held, the number of papers published, the type of degree, and the position in the hospital, and the calculation unit may include the number of patents held by a doctor and the number of papers published by a doctor. In addition, according to the type of doctor's degree and the doctor's position in the hospital from the past to the present, it is characterized by assigning a score to each item, and calculating the doctor's score by the sum of the given scores.

In addition, the pseudo information output unit, when outputting the specific doctor information to the terminal, characterized in that outputs the item of the highest score of the career information together.

In addition, when the user selects any one of the doctors output from the doctor information output unit, the doctor information output unit further outputs some or all of the information that is not output on the terminal of the career information of the selected doctor Characterized in that.

The pseudo information output unit may set at least two or more sections from a short distance to a far distance based on the location of the terminal, and sequentially outputs information of doctors located in the far distance section from the close distance section. The information of the doctors located in the interval is output in the order of the score calculated by the operation unit.

The apparatus may further include a map DB for storing map information. When the user accesses the server using a terminal and inputs a moving distance or a traveling time together with a disease or a medical subject, the doctor information output unit may include the map DB. Using the map information stored in the location and the location of the terminal, it is characterized in that it outputs the information of the doctor can be located within the moving distance searched by the user, or arrive within the travel time searched by the user.

In addition, when a user accesses the server using a terminal and inputs a disease or medical treatment, a travel time, and a moving means together, the doctor information output unit uses the map information stored in the map DB and the location of the terminal. It is characterized by outputting information of a doctor who can arrive within the travel time by using the searched moving means.

In addition, the pseudo information output unit, characterized in that for outputting the location of the terminal and the retrieved doctor information on the map stored in the map DB.

According to the doctor search system according to the present invention as described above, the calculation unit calculates the evaluation score for each doctor in the calculation unit based on the career information of the doctor stored in the doctor DB, and outputs the search results in the order of high evaluation score, It is easy to find out whether a doctor has expertise in the disease or medical subject that he or she wants to see, and also the doctor can clearly inform his expertise based on his / her career and increase the effectiveness of appropriate care. have.

1 is a block diagram of a pseudo search system according to a first embodiment of the present invention.
2 is a schematic diagram of a search result of a pseudo search system according to a first embodiment of the present invention;
3 is a schematic diagram of a search result of a pseudo search system according to a second embodiment of the present invention;
4 is a block diagram of a pseudo search system according to a third embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the pseudo-search system according to the present invention.

[First Embodiment]

1 schematically shows a pseudo search system according to a first embodiment of the present invention.

As shown in FIG. 1, the pseudo search system according to the first embodiment of the present invention may include a server 100, a pseudo DB 200, an operation unit 300, and a pseudo information output unit 400. .

The server 100 is implemented to be accessible by the user 10 using the terminal 20 to provide a search service according to the present invention. The terminal 20 held / used by the user 10 may be an electronic device that can be connected to the server 100 including a communication module. The terminal 20 may typically be an electronic device such as a personal computer (PC), a notebook computer, a smartphone, or a dedicated electronic device for connection of the server 100.

The doctor DB 200 stores information of doctors registered in the doctor search system according to the first embodiment of the present invention. The doctor DB 200 may store personal information for each doctor, location information (address) of a hospital to which a doctor currently belongs, disease information that can be treated by a specific doctor, major medical subjects, and career information of a doctor. The doctor-specific personal information stored in the doctor DB 200 may include a doctor's name and a doctor's photo, and may further include doctor's age information (or birth year), a school of origin, and educational background.

Career information among the doctor's information stored in the doctor DB (200) is the number of patents held by the doctor, the number of papers published by the doctor, the doctor's education, degree, type of final degree, belonging to the past It may include at least one or more of the information about the position in the hospital. Career information of a doctor stored in the doctor DB 200 of the present embodiment may be all kinds of career information described above. However, the present invention is not limited to the above-described type of career information stored in the doctor DB 200, and may include general and special career matters, such as a medical doctor of a national representative.

The calculation unit 300 gives a score for each item according to the career information of the doctor stored in the doctor DB 200 and stores all the scores in the doctor DB 200. The items of career information granted by the operation unit 300 include the number of patents owned by a doctor, the number of papers published by the doctor, the type of doctor's degree, the position in the hospital that has belonged to the past and present, and published by the doctor. It can be the number of books, the number of trainings, and so on. For example, the process of assigning a score to each item in the operation unit 300 will be described. For example, the operation unit 300 does not give a separate score when the doctor's degree is a bachelor's degree. If you are a doctor, you can give 3 points. In addition, among the doctor's experiences, an assistant professor, an associate professor, a professor, or a fellow may give a score of three points, two points for a department chair, three points for a specialist, three heads for a university hospital / general hospital / 5 points for the medical director, 2 points for the clinical lecturer / full-time / research fellow, 7 points for the first founder of the medical field, 4 points for the center director, 4 points for the associate general hospital / representative chairman In the case of more than three experiences, the hospital director / vice director / manager may receive two points. However, the above-mentioned score is only an example, and the score may be given according to various criteria for various careers. In addition, the operation unit 300 grants one point when a particular doctor owns one patent, two points for two, three points for three to five, four points for six to seven, and five points for eight or more. In addition, the operation unit 300 may assign a score based on the same criteria as the patent, depending on the number of articles published by the doctor.

In addition, the calculation unit 300 may assign a score based on the same criteria as a patent according to a book published by a specific doctor, and one point for the number of training times, two points for two times, and three points for three times or more. Can be.

However, the criteria for assigning a score according to the career matters of the above-described calculation unit 300 is just one example, and the calculation unit 300 according to various embodiments of the present invention gives a score according to the career matters of each doctor through various methods. The points given can be added.

For example, career information of the doctor stored in the doctor DB 200 will be described in detail by the calculation unit 300, which assigns and adds scores for each career matter. Table 1 below is an example of three pseudo information stored in the pseudo DB (200).

name Medical Course Final degree career possesion
Patent Count Thesis Count Hong Gil Dong medicine Bachelor Full-time 3 5 Lee Mong Dragon medicine Master specialist,
Director of Center 2 3 Seongchunhyang medicine doctor specialist,
Dean of medical school 7 3

In view of the criteria for assigning scores for each career matter of the operation unit 300 described above, the operation unit 300 has 0 points in the final degree, 0 points in the bachelor's degree, 3 points in the full-time specialist, 2 points in the full-time doctor, and the like. 3 points are awarded from the number of patents owned and 3 points are issued from the number of published papers, and 11 points, which are the sum total of the points awarded, are calculated.

In addition, the operation unit 300 grants Lee Mong Ryong doctor two points in the master's degree, three points in the experienced specialist, four points in the center director, two points in the number of patents owned, and three points in the number of published papers. Calculate 14 points, which is the total number of points awarded.

Finally, the arithmetic unit 300 has 2 points in the master's degree, 3 points in the doctor's degree, 3 points in the doctor's degree, 5 points in the Dean's degree, 4 points in the number of patents owned, 3 points in the number of published papers. It calculates 20 points which is the sum total of the points given.

However, the above-mentioned career matters of Table 1 are just an example, and in addition to the various matters of career, the calculation unit 300 may add a score based on a predetermined criterion and add all the scores. For convenience of explanation, the sum of the scores given by the physician's career matters is referred to as the evaluation score.

The doctor information output unit 400 connects to the server 200 using the terminal 20 and searches for a disease name or a treatment subject that the user wants to treat. Search doctors corresponding to the disease name or medical treatment, and the search results are given by the operation unit 300 and added for each sum.

That is, when a user accesses a server using a terminal and searches for a disease or medical treatment, the user may search for a doctor who treats the disease that the user has searched for or examines a medical subject corresponding to the searched disease, and recalls the information of the searched doctors. Outputs to the terminal in the order of the points calculated by the calculation unit.

In addition, when the user connects to the server and searches for a disease or medical subject, the doctor information output unit may receive location information from the terminal and be located in an area where the terminal is located, or within a predetermined distance from the location of the terminal. The search results of the doctors located may be output in the order of scores calculated by the operation unit.

2 illustrates a search result output from the doctor information output unit 400 when the user 10 searches for a disease name that the user wants to treat using the terminal 20.

As shown in FIG. 2, a user may search for a region and a disease name that he / she wants to search for. Also, although not shown in FIG. You can search together. When a user enters a search word, the doctor information output unit 400 searches for doctor information related to a disease searched by the user in the doctor DB 200, and searches for doctor information searched in the order of high to low evaluation scores. Output to Among the doctors shown in FIG. 2, the evaluation score is the highest since the Chun Chun-hyang doctor is 20 points, and is output at the top, and the Mong Myong-ryong doctor with the evaluation point is 14, and the lowest is 11 points. The doctor may output at the bottom.

As shown in Figure 2, the doctor information output on the user terminal, the highest score among the name of the doctor, the doctor's photo, the address of the hospital to which the doctor belongs, the doctor's medical subject and the doctor's career information Received career information can be printed.

That is, when the doctor information output unit outputs the specific doctor information to the terminal, the doctor information output unit may output the highest score item among the career information, so that the user can easily check the expertise of the doctor.

The present invention is not limited to the information shown in Figure 2 in the doctor information output unit 400 as a search result on the user's terminal, in addition to the age of the searched doctor, the name of the hospital belonging to the searched doctor And the like can be output together.

In addition, the user may select the doctor information output on the terminal, when selected, the doctor information output unit may further output all the career information of the doctor selected on the user terminal.

That is, when the user selects any one of the doctors output from the doctor information output unit, the doctor information output unit further outputs some or all of information not output on the terminal among the career information of the selected doctor. can do.

The search word for the region shown in FIG. 2 may not be essential. If the user does not specify the region separately, the doctor information output unit 400 outputs the doctors of the whole country stored in the doctor DB 200 as search results. can do. In another embodiment, when the user searches without specifying a separate area, the pseudo information output unit 400 receives the location information of the terminal 20 from the terminal 20 and the terminal 20 is currently located in a certain area. It is possible to determine whether it is located in, and output the search results of the doctor located in the area of the terminal 20 to the terminal 20.

Second Embodiment

Hereinafter, a pseudo search system according to a second embodiment of the present invention will be described with reference to the accompanying drawings.

The pseudo-search system according to the second embodiment of the present invention has the same configuration as the pseudo-search system according to the first embodiment of the present invention described above, and the operation of the pseudo-information output unit 400 is partially changed, and the pseudo-information The rest of the configuration except for the output unit 400 is considered to be the same as the first and second embodiments.

In the present embodiment, after the user 10 accesses the server 100 using the terminal 20, and searches for a disease name or medical subject that he / she wants to treat, the doctor information output unit 400 is connected to the terminal 20. Receive location information from), and set at least two or more sections from close to far distances based on the location of the terminal 20, and sequentially the information of the doctors located in the far distance section from the close distance section Output Figure 3 schematically shows a search result in this case, in the present embodiment shown in Figure 3 based on the location of the terminal 20, three sections within 5km, 5 ~ 10km section, 10km or more Set it. The pseudo information output to the terminal 20 may be output in descending order from the high evaluation scores of the doctors located in the interval.

The three sections shown in FIG. 3 are just examples, and the setting of the sections may be changed according to a user's or developer's convenience. In addition, although the respective sections are separated from each other based on the position of the terminal 20 in the present embodiment shown in FIG. 3, the present invention is not limited thereto, and sections such as sections within 5 km, sections within 10 km, and sections within 15 km are provided. In this case, all doctors within a certain distance based on the terminal 20 may be output in order of evaluation scores, so that a doctor may clearly grasp whether the doctor has expertise in a disease or a treatment subject to be treated by a user.

Third Embodiment

4 schematically shows a pseudo search system according to a third embodiment of the present invention.

As shown in FIG. 4, the pseudo search system according to the third embodiment of the present invention further includes a map DB 500 when compared with the pseudo search system according to the first embodiment of the present invention described above. Accordingly, only the map DB 500 and the pseudo information output unit 400 associated therewith will be described below with respect to the pseudo search system according to the third embodiment of the present invention. The three examples are considered to be identical to each other.

The map DB 500 stores map information. The map stored in the map DB 500 may be a numerical information map such as a Google map or an OSM (Open Street Map).

When the user accesses the server 100 using a terminal and inputs a search word, the pseudo information output unit 400 uses the map information stored in the map DB 500 and the location information of the terminal 20 to search for the movement. Information of a doctor who is located within a distance or arrives within a travel time searched by a user may be output to the terminal 20 in order of evaluation scores.

The doctor information output unit 400 may output the doctor's information on the terminal 20 on the screen as shown in FIG. 2 or FIG. 3, but the present invention is not limited thereto, and the digital map and the doctor stored in the map DB 500 are not limited thereto. By combining the information, the combined information retrieved on the map is combined and output, the information of the doctor with a high evaluation score can be output first on the map. Alternatively, numbers may be displayed in order of high score on the map.

That is, when a user accesses the server using a terminal and inputs a moving distance or a traveling time together with a disease or medical treatment, the doctor information output unit uses the map information stored in the map DB and the location of the terminal. The doctor may be located within the searched distance or may output information of a doctor who may arrive within the searched time in order of evaluation scores.

In addition, when a user accesses the server using a terminal and inputs a disease or medical treatment, a travel time, and a moving means together, the doctor information output unit uses the map information stored in the map DB and the location of the terminal. By using the searched moving means, information of a doctor who can arrive within the travel time may be output in order of evaluation score.

In this case, the pseudo information output unit may output the location of the terminal and the retrieved doctor information together on the map stored in the map DB.

The technical idea should not be interpreted as being limited to the above-described embodiment of the present invention. Various modifications may be made at the level of those skilled in the art without departing from the spirit of the invention as claimed in the claims. Therefore, such improvements and modifications fall within the protection scope of the present invention, as will be apparent to those skilled in the art.

10: user
20: terminal
100: server
200: Doctor DB
300: calculation unit
400: pseudo information output unit
500: Map DB

Claims (7)

A server providing a search service to a user;
Doctor DB that stores personal information for each doctor, location information of a hospital to which the doctor belongs, disease information that can be treated by a doctor, and doctor's career information;
A calculator for calculating a score for each doctor based on career information stored in the doctor DB; And
When a user accesses a server using a terminal and searches for a disease or medical treatment, the doctor searches for a medical treatment corresponding to the disease or the medical condition that the user has searched for, and retrieves information on the searched doctors from the operation unit. In the pseudo-search system comprising; pseudo information output unit for outputting to the terminal in the order of the calculated score,
The career information includes the number of patents held, the number of papers published, the type of degree and the position in the hospital,
The calculation unit assigns a score to each item according to the number of patents held by a doctor, the number of papers published by the doctor, the type of doctor's degree, and the position of the doctor in the hospital from the past to the present. The total calculates the doctor's score,
When the doctor information output unit connects to the server and searches for a disease or medical treatment, after receiving location information from the terminal, the doctor information output unit is located in an area where the terminal is located or is located within a predetermined distance from the location of the terminal. Output the search results in order of the score calculated by the operation unit,
And the doctor information outputting unit outputs the item having the highest score among the career information when outputting specific doctor information to the terminal.
delete delete delete The method of claim 1,
When the user selects any one of the doctors output from the doctor information output unit, the doctor information output unit further outputs some or all of the information which is not output on the terminal among the career information of the selected doctor. Featured doctor search system.
The method of claim 1,
The pseudo information output unit may set at least two or more sections from a close distance to a far distance based on the location of the terminal, and sequentially outputs information of doctors located in the far distance section from the close distance section. And doctor information located within the doctor in order to output the information in the order of the score calculated by the operation unit.
The method of claim 1,
Further comprising a map DB, where the map information is stored;
When a user accesses the server using a terminal and inputs a moving distance or a traveling time together with a disease or medical treatment, the doctor information output unit searches for the user by using the map information stored in the map DB and the location of the terminal. And a doctor's information that is located within one travel distance or that arrives within a travel time searched by a user, in the order of scores calculated by the calculator.

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