KR20020094523A - Integrated Medical Information Transmission System - Google Patents

Abstract

PURPOSE: A system for transferring integrated medical information is provided to enable a patient to cope with a treatment and a prophylaxis accurately by inputting a treatment result, the next examination schedule, etc. in a US(Unified System) center having an integrated medical information transmitting system using the Internet and transmitting the details to a mobile terminal of the patient after the patient is treated and examined. CONSTITUTION: A US center(30) collects/stores/manages medical information from a plurality of registered medical institutions(16,17,18) through an information communication network, and makes a user(15) check one's medical information using a mobile terminal(14). The mobile terminal(14) is connected to the US center(30) using a wireless communication and makes the user(15) search one's medical information. A base station(13) checks a position of the mobile terminal(14) and executes a transmission/receipt of a wireless signal with respect to the mobile terminal(14), a conversion of a communication protocol, an encryption, and a decoding. A mobile switching center(12) processes a call request which is requested in the base station(13), performs a connection, connects to the US center(30) through the information communication network, and makes the mobile terminal(14) be connected to the US center(30).

Description

Integrated Medical Information Transmission System

The present invention relates to a comprehensive medical information transmission method and system for providing brief medical diagnosis information and test result information by using a short message system (SMS) of a computer communication network and a mobile communication system. A new system of comprehensive medical information transmission systems, managed by a medical institution or an external computer information operator, by which secondary, tertiary and tertiary medical institutions share and transmit information over a network connected to a US system (Unified System Center).

Conventionally, after a patient is treated or examined at a medical institution or received a vaccination, there is a hassle of having to go directly to the medical institution to check the result and the post-vaccination date, the post-test date, and the like. In this case, the patient may lead a sick body and repeatedly visit the medical institution, which may make the disease worse. In addition, the results of a simple test, post vaccination date, post test scheduled date can be notified by mail, but in this case there was a problem that takes a considerable time. In particular, the post-vaccination date or post-test date may be delayed due to a postal mistake, and the date may not be corrected.In the case of the patient, even if they know the post-vaccination date or post-test date, they forget the designated date and cannot visit. There was also a disadvantage.

The present invention to improve the above problems, the patient after the treatment and examination, vaccination in the medical institution after the corresponding results and post-vaccination date, scheduled examination date, etc. Input into a US center equipped with an information transmission system and immediately send it to the patient's mobile terminal, so that the patient not only has to wait for the results, but also visits without forgetting the upcoming dates, making the patient more active and accurate Its purpose is to be able to cope.

Accordingly, as a comprehensive medical information transmission system that enables a user to check the medical information using a mobile terminal by sharing medical information online through an information communication network, the information communication network is registered from a plurality of registered medical institutions. Collect, store and manage the medical information through the US Center (Unified System Center) to allow the user to check his or her medical information using the mobile terminal, the user to access the US center using wireless communication A mobile terminal for retrieving and viewing its own medical information, a base station for transmitting and receiving wireless signals and converting, encrypting, and decrypting a radio signal for the mobile terminal by checking the location of the mobile terminal, Process and connect to the call request; And a mobile exchange connecting the US center through a communication network so that the mobile terminal and the US center are connected to each other.

1 is a schematic configuration diagram showing an information network of a comprehensive medical information transmission system according to the present invention;

Figure 2 is a detailed internal configuration of the US center of the comprehensive medical information transmission system according to the present invention,

3 is a flowchart illustrating a method of using a comprehensive medical information transmission system according to the present invention;

4 is a schematic diagram showing an information processing flow of a comprehensive medical information transmission system according to the present invention;

5 is a detailed view showing a method of using diagnosis and result inquiry of a comprehensive medical information transmission system according to the present invention;

6 is an exemplary view showing a medical institution registration method;

7 is an example of an initial screen of a medical institution homepage;

8 is an exemplary view showing a US information application of the present invention,

9 is an exemplary view showing the hospital charge of the present invention,

10 is an exemplary view showing a receipt for confirmation of the scheduled date of the present invention;

11 is an exemplary view showing an inspection receipt date confirmation receipt of the present invention;

12 is an exemplary view of an initial screen showing a scheduled inspection date revision schedule of the present invention;

13 is an exemplary view showing a past vaccination date of the present invention,

14 is an exemplary view showing the result sheet of the present invention;

15 is an exemplary diagram showing a clinical pathology result sheet of the present invention;

16 is an exemplary view showing a general shooting result sheet details of the present invention.

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

1 is a schematic configuration diagram showing an information network of a comprehensive medical information transmission system according to the present invention. The comprehensive medical information transmission system can check online the results of the examination and examination by the Internet (10), a network for transmitting and receiving data by computers scattered in remote places, and by primary, secondary and tertiary medical institutions. US Center (Unified System Center) 30, which provides a function for realizing the management of the medical examination and test result data on the web, and accesses the US center 30 through wireless Internet communication. Check the location of the mobile terminal 14 and the mobile terminal 14 to search and view the result of the inspection, and transmit and receive radio signals to the mobile terminal 14 and convert, encrypt, and decrypt communication protocols. A base station 13 to execute, processes a call request requested by the base station 13, accesses the US center 30 via the Internet 10, and the mobile terminal 14 ) And a mobile switching center 12 to allow the US center 30 to be connected, and converts data transmitted from the mobile switching center 12 into short message system (SMS) data and performs encoding and decoding operations therein. A separate built-in program is implemented to include an SMS center 11 for encoding and decoding control command data or system state data in the form of a short message. The system also includes medical institutions (16, 17, 18), where primary care means clinics, secondary care means hospitals, and tertiary care means hospitals or university hospitals. In addition, it includes a user 15 for requesting medical and examination results through the Internet (10).

In the wireless communication provider including the base station 13 and the mobile switching center 12, the US center 30 may be configured to embed a program for wireless Internet access. Various medical information is bi-directionally shared through a network interconnected between the primary, secondary and tertiary medical institutions and the US center, and medical information is shared through two-way communication to a patient using a medical information sharing system server.

2 is a view showing in detail the internal configuration of the US center 30 according to the present invention. The US center 30 is a wireless communication server 21 that executes functions related to SMS text service and controls wireless Internet communication, and a web server 22 which introduces integrated medical services and provides menus related to medical examinations and examinations. ), A medical examination and examination management server 23 for executing the medical examination and examination of users online, a database 25 storing data of the medical examination and examination results of users, and a DB server managing the input / output of the data ( 24), a network connection unit 26 for connecting to the Internet 10 for communication with users, a server for managing the medical and examination results obtained on the Internet, while controlling the function blocks 21-26 as a whole. The control unit 20 or the like.

Medical information transmitted through the network may include general management information, ward and outpatient information, medical support system information, security system information, radiation medical image information, hospital medical image processing information and e-mail, vaccination due date, and examination due date. .

3 is a flowchart illustrating a method of using the comprehensive medical information transmission system of the present invention. First, a user drives a web server 22 to access a web page and is provided with a menu including an introduction of an integrated medical service and a consultation, diagnosis, and use contract on the web page (ST1). The menu includes office administration and medical treatment, examination scheduling system, outpatient and hospitalization, clinical and general imaging inspection system, radiographic image transmission system, general medical image processing system, examination result inquiry, vaccination date management, Use agreement menu.

The comprehensive medical information transmission system checks whether the user has selected the use contract menu (ST2). When the use agreement menu is selected, a web page including contents related to the use approval and the terms of use is provided (ST3). Here, after reading the terms and conditions of use, if the user approves the use of the terms and conditions, a web page for agreeing and registering the terms is provided and the user's information is input (ST4). In the case of not requesting registration, the web page of the first use contract menu state is maintained, and in the case of requesting registration, data on personal details are stored in the database (ST5).

The user who has registered the use contract in advance selects a menu on diagnosis directly from a web page providing a menu (ST6). Then, the medical care and examination management server 23 is driven to provide a web page about medical care and examination (ST7). The web page on the medical treatment and examination provides a menu of simple medical treatment and examination that can be executed on the web. The menu for simple medical care and examination is a simple questionnaire format for the symptoms of the disease, and includes a menu for diagnosing the disease as a result of responding to the questionnaire and a detailed questionnaire menu for each disease.

In the menu, a treatment menu corresponding to the user's disease is selected (ST8), and a treatment program corresponding to the selected treatment item is executed (ST9). Subsequently, the treatment result obtained by executing the treatment program is stored in the database 25 (ST10).

4 is a schematic diagram showing an information processing flow of a comprehensive medical information transmission system of the present invention. First, a user requests a diagnosis result inquiry through wireless communication from a web page ST11 for providing an integrated medical information service (ST12). When the inquiry request is made, the US center 30 drives the wireless communication server 21 to provide a menu relating to the diagnosis result inquiry (ST13).

The menu regarding the diagnosis result inquiry includes medical result inquiry, clinical result inquiry, radiography and general imaging test inquiry for continuous management of the patient, and the vaccination date inquiry indicating the vaccination date of the patient, and the result of the medical examination of the patient. It consists of the inspection scheduled date for inquiry and notification, and examination result inquiry.

In detail, the results of the medical examination consist of inquiries of hospital and prescription information and collection of information on measures for continuous management of the patient, and the clinical results inquiries are based on various clinical results indicated by the US center 30 on clinical pathological results. On the basis of this, the patient can be diagnosed, prescribed accordingly, and the patient managed continuously.

In addition, the radiography and general image results inquiry enables the US center 30 to notify the patient of the result through radiography and general image examination and retrieval of the findings so that the prescription can be always performed through continuous patient management and medical treatment. In addition, the health checkup result inquiry enables the US center 30 to notify the patient of the checkup result of the patient's health checkup and enable optimal medical consultation thereof.

In the diagnosis result inquiry menu, the user inputs a condition related to a result of a corresponding detailed diagnosis (ST14). After the input of the condition, the US center 30 drives the DB server 24 to search for the medical data corresponding to the input inquiry condition through the database 25 (ST15). Subsequently, the US center 30 transmits the retrieved medical treatment data to the SMS center 11 (ST16).

The following is a method of inquiring a diagnosis result through a web page, and a user requests a diagnosis result inquiry through a web page on a web page for providing an integrated medical information service (ST17).

After the inquiry request, the US center 30 provides a web page about the diagnosis inquiry through the web server 22 (ST18). When the user selects a medical result search menu from the provided web page (ST19), the US center 30 drives the DB server 24 to search for data corresponding to the search condition through the database 25 (ST20). . Subsequently, the US center 30 outputs the retrieved medical treatment data through a web page (ST21).

In the above description, only when the diagnosis result inquiry is requested through wireless communication, even if there is no explicit request, the US center 30 may be configured to provide the medical care data unilaterally.

5 is a flowchart illustrating a medical diagnosis and a test result transmission service method using a short message service of a mobile communication system. First, while the US center 30 is capable of providing medical diagnosis and test results through the mobile switching center 12 or the Internet, the mobile terminal 14 is capable of providing voice and data through the public network with the base station 13. In order to transmit and receive a signal, the base station 13 detects mobile terminals within a predetermined radius and transmits a voice signal or data from the mobile terminal to the mobile switching center 12.

The base station 13 performs signal transmission / reception through an analog method, a code division multiple access (CDMA) method, and a time division multiple access (TDMA) method according to a mobile communication system provider.

The mobile switching center 12 controls the base station 13 to transmit and receive voice signals and data with the mobile terminal 14. In addition, the mobile switching center 12 is connected to the SMS center 11 to transmit the detected short message to the SMS center 11 when the short message is received from the US center 30.

In the above state, the US center 30 retrieves the data of medical diagnosis and test results, post vaccination date, post test date, etc. from the database 25 and prepares the data in short form (ST31).

The result of medical diagnosis and examination in the form of the short form and data information such as post vaccination date and post test date are transmitted to the mobile switching center 12 (ST32). Receiving this, the mobile switching center 12 transmits the brief information data of the medical diagnosis and test result received from the US center 30 to the SMS center 30 (ST33).

Meanwhile, the SMS center 30 which has received the brief information data of the medical diagnosis and the test result from the mobile switching center 12 encodes the received data into SMS data of a predetermined type and transmits it to the mobile switching center 12. (ST34).

The mobile switching center 12 which has received the SMS data of the medical diagnosis and examination result-related brief information from the SMS center 30 transmits it as a radio signal to the user's mobile terminal 14 through the base station 13 (ST35). ).

Figure 6 is an exemplary view showing a medical institution registration method of the present invention. In the drawing, enter the institution ID, duplicate ID check, password, medical institution name, zip code, address, etc. and then enter the telephone number, fax number, representative name of the medical institution, medical department, main medical department, e-mail address, etc. Shows the menu to be registered.

Figure 7 is an illustration of the initial screen of the medical institution homepage of the present invention. It shows the menu that you can execute the details, search the results, and modify the information through the homepage.

8 is an exemplary view showing US information application of the present invention. As shown in the figure shows a menu that allows you to apply for reservation by entering personal information about the patient.

9 is an exemplary view showing a hospital charge breakdown of the present invention. As shown in the figure, the name, phone number, the history of the corresponding doctor, such as the medical department can be confirmed on the screen.

Figure 10 is an exemplary view showing a confirmation date confirmation receipt of the present invention. As shown in this figure, it is possible to confirm the medical appointment confirmation through the Internet.

11 is an exemplary view showing an inspection receipt date confirmation receipt of the present invention. As shown in this figure, confirmation of necessary inspections can be known through the Internet.

12 is an exemplary view showing an initial screen showing a scheduled inspection date of the present invention and a revised statement of details. As shown in this figure, the schedule can be modified.

Figure 13 is an exemplary view showing a past vaccination due date statement of the present invention. As shown in the figure, it is possible to confirm past prevention details.

14 is an exemplary view showing a result sheet statement of the present invention. As shown in the figure, after performing the tests, the result of the examination can be viewed on the screen.

15 is an exemplary view showing a clinical pathology result sheet of the present invention. As shown in the figure, various clinical pathological results can be inquired and outputted.

16 is an exemplary view showing a general shooting result sheet and a special shooting result sheet of the present invention. The result screen is illustrated in this figure. It can be used for accurate diagnosis and future treatment.

As described in detail above, the present invention relates to a method and system for providing a brief medical diagnosis and test result information by using a short message service of a mobile communication system. Later, the results, post vaccination dates, and scheduled examination dates will be sent from the medical institution to the US center with a comprehensive medical information transmission system. By immediately sending the result, post vaccination date, test scheduled date, etc. in a short message form to the patient's mobile terminal through the US center, the patient not only waits for the result but also visits the scheduled date without forgetting to visit the patient. It is very efficient because it can cope with prevention more proactively.

In addition, when the comprehensive medical information transmission system of the present invention can transmit and search text and images from the vaccination of the patient to the examination, and the result inquiry simultaneously, the quality of service and care for the patient can be improved and changed. Can respond flexibly to the treatment environment.

Claims (9)

A comprehensive medical information transmission system that enables a user to check the medical information using a mobile terminal by sharing medical information online through an information communication network, A US center that collects, stores, and manages medical information from a plurality of registered medical institutions through the information communication network, and enables the user to check his / her medical information using the mobile terminal; A mobile terminal for accessing the US center using wireless communication to search and view the user's own medical information, A base station for confirming the location of the mobile terminal to perform transmission and reception of wireless signals and conversion, encryption, and decryption of a communication protocol to the mobile terminal; And a mobile switching center configured to process and connect a call request requested by the base station, and to connect to the US center through the information communication network so that the mobile terminal and the US center are connected to each other. The method of claim 1, The comprehensive medical information system has a function of converting data transmitted from the mobile switching center into a short message, and a separate built-in program is implemented to perform an encoding / decoding operation therein. Comprehensive medical information transmission system further comprises an SMS center for encoding / decoding in the form of a short message. The method of claim 2, Medical information transmitted through an interconnected information network between the plurality of medical institutions and the US center includes test results, health information, vaccination, scheduled date of examination, information related to the user's e-mail address, patient management, and medical device management. Comprehensive medical information transmission system, characterized in that. The method of claim 3, wherein The US center is interactively connected to the National Health Insurance Corporation, medical-related national institutions, pharmacies, drug wholesalers, pharmaceutical companies, public health centers, and various hospitals through the information network to share information with these institutions. Medical Information Transmission System. The method of claim 1, In order to view the medical information, the user accesses the US center, registers various user information, concludes a use contract, configures a use hardware environment, and obtains a use approval from an operator of the US center. Medical Information Transmission System. The method of claim 5, The US center, if requested by the user, the user performs medical treatment, examination, vaccination, etc. in the medical institution, and then transfers the results and information about the vaccination time, the scheduled examination date, etc. in the form of UMS and the short message. Comprehensive medical information transmission system characterized in that the notification to the terminal. The method of claim 5, The US center, even if there is no request from the user, after the user conducts medical examinations, tests, vaccinations, etc. in the medical institution, the results and information on vaccination timing, examination scheduled date, etc. of the UMS and the short message Comprehensive medical information transmission system characterized in that the one-way notification to the mobile terminal in the form. The method of claim 2, The information provided by the user through the mobile terminal may include a test result, a vaccination time, a test scheduled date, a medical result, a clinical result, a radiographic scheduled date, a general image photographing result, and a medical examination result. Transmission system. The method of claim 1, Comprehensive medical information transmission system, characterized in that the user can confirm the medical information via the Internet.