KR20210142461A - Web-based hospital management system using Java technology and its driving method - Google Patents

Abstract

The present invention relates to a web-based hospital management system using Java technology and a driving method thereof, the web-based hospital management system comprising: a client terminal provided in clinics and hospitals; a web server that joins a customer connected through the client terminal as a member, issues an ID, displays a corresponding initial screen when an information request signal is input, and connects to a corresponding server; an application server that receives a predetermined request signal from the web server and drives a corresponding program module; a database server that receives a control signal from the application server and provides requested data or stores newly updated information; and a database connection device for reading or storing predetermined data by accessing the database server. According to the present invention, it is possible to manage integrated medical records on the web. A program is not loaded on a user's computer, but all programs are loaded on a server of a medical information management service provider to perform management. Therefore, responses to program failure are quick, and maintenance due to user's negligence is unnecessary.

Description

Web-based hospital management system using Java technology and its driving method

The present invention relates to a web-based hospital management system using Java technology and a method for driving the same. In particular, all programs are installed on a server of a medical information management company without installing a program on an individual computer, so that a user can use a personal computer By allowing users who are not computer experts to access the server through the Internet and process their work, it is possible to reduce errors due to inexperienced users and to receive the latest information quickly through the Internet.

In general, recent hospital management systems include PACS (Picture Archiving Communication System) that collects, stores, and transmits various medical image data, LIS (Laboratory Information System) through clinical devices and interfaces, and patient's symptoms or various medical history data. EMR (Electronic Medical Record) shared by doctors, nurses, and office administrators, HIS (Hospital Information System) that can efficiently manage hospital affairs, and OCS (Order Communication) that automatically delivers doctor's prescriptions to pharmacies and departments System) and ATD (Automation Tablet Distributor) that automates pharmacies. These systems effectively control the flow of information and money to improve medical services, reduce costs, and reduce patient waiting time, thereby improving the people's "quality of life" and improving hospital competitiveness. In particular, the EMR (Electric Medical Record) technology is configured to be used offline, that is, in a limited space such as a hospital, and is used in the most common client/server environment. What is used in the most common client/server environment is the development language of Visual C or Visual Basic in the operating software of Windows 98/NT/2000 provided by Microsoft in the United States. It is a form developed using tools such as (Visual Basic) and Power Builder, and a database is a typical technology utilized in a closed space for data management using a local database. In addition, the EMR is technically a kind of program that operates in a client/server environment, and is currently used as a management system for hospitals and clinics, but in terms of operation such as installation, maintenance, upgrade, and system backup Problems are emerging, and there are fatal limitations in terms of database non-standardization and compatibility. That is, since the conventional EMR is a program that runs under the system's operating system, such as Visual C, Visual Basic, Power Builder, etc., when the operating system of the system is changed or upgraded, supplementation or development is required to suit the environment. There was a problem. In addition, as the version of the database is upgraded according to the change of the operating system like the problem with the development language as described above, it should be supplemented according to the environment at the time. In addition, with the development of the Internet, there has been a demand to develop all application software as software that is operated on the Internet and compatible with information.

The present invention is proposed to solve the above problems, and all hospital management programs are installed on the server of a medical information management service provider, and the user accesses the server through the Internet from a personal computer to process the business, so that the user who is not a computer expert can be Its purpose is to provide a web-based hospital management system and its operating method that can be used as if using the Internet, thereby reducing errors due to inexperienced users, and allowing users to receive the latest information quickly. As a technical idea for achieving the object of the present invention, in a hospital management system using the Internet, a client terminal provided in clinics and hospitals, and a customer connected through the client terminal join as a member and issue an ID, When an information request signal is input, a web server that displays a corresponding initial screen and connects to the server, an application server that receives a predetermined request signal from the web server and drives the corresponding program module, and a control signal of the application server An invention comprising a database server that provides received requested data or stores newly updated information, and a database connection device that accesses the database server to read or store predetermined data is proposed.

The present invention includes a client terminal 10 provided in clinics and hospitals, and a customer connected through the client terminal 10 joins as a member and issues an ID, and when an information request signal is input, a corresponding initial screen is displayed, A web server 11 that connects to a corresponding server, an application server 12 that receives a predetermined request signal from the web server 11 and drives a corresponding program module, and receives a control signal from the application server 12 and a database server 13 that provides requested data or stores newly updated information, and a database connection device 14 that accesses the database server 13 to read or store predetermined data. In addition, the application server 12 provides the latest medical information and a basic data business program module 20 for the doctor to register all data necessary for medical treatment, and a reception room that receives patients and registers them as a waiting list and informs the medical office The program module 21, the clinic program module 22 for showing the patient's past medical information and inputting the patient's symptoms, disease name, and prescription, the environment setting program module 23 for storing hospital information, and insurance claims An insurance program module 24 for managing related matters, a statistics program module 25 for performing various statistical processing, and a site management program module 26 for registering, modifying or deleting new medical information are mounted. In addition, the client terminal 10 is configured as a Java applet (Java Applet) that displays the same screen as a general application of Java technology. In addition, the web server 11 and the application server 12 are implemented by J2EE, which is Java 2 Enterprise Edition, which is responsible for the server side of Java technology. In addition, the database connection device 14 is composed of JDBC (Java DataBase Connectivity). In addition, the database server 13 includes a medical information DB 30 , a hospital information DB 31 , a patient information DB 32 , a chart information DB 33 , an insurance claim DB 34 , and a statistics DB 35 . is mounted

As can be seen from the above description, the present invention installs all programs on the server of a medical information management service provider without installing the program on the individual computer, and allows the user to access the server from the personal computer through the Internet to process business. By doing so, integrated medical records can be managed on the web, and data can be transmitted and shared in real time as it can be accessed from anywhere regardless of the user's location. In addition, since the program is not loaded on the user's computer and the medical information management service provider loads and manages all programs on the server, it has the advantage of quick response to program bugs and no maintenance due to the user's negligence. In addition, in the conventional case, the lifespan of the program is 1 to 2 years, which is a huge cost when upgrading, but the ASP service according to the present invention enables continuous upgrade of the program and the server without any cost burden, so that the customer can always use the system with new and improved functions. can

In the present invention, the application program selected by the user (here, the user may be a doctor, pharmacist, general affairs staff, or hospital manager mainly working in the hospital) is executed for each situation in a hospital or clinic. As follows. First, the flow chart for performing basic data work is as follows. When a user (mainly a doctor) logs on after accessing the web server using a personal PC that is the client terminal 10, the web server 11 checks the user's ID and approves (S10, S11) ID confirmation After this, when the user presses the basic data business icon on the main page, the web server 11 sends a control signal to the application server 12 and the basic data business program module 20 of the application server 12 is driven accordingly. do. As the basic data business program module 20 is driven, JDBC (Java DataBase Connectivity), which is the database connection device 14 , receives the control signal of the basic data business program module 20 and is driven, and accordingly, the database server From the medical information DB 30 of (13), updated medical industry news and registered codes (eg, symptom code, disease code, prescription code, examination code, etc.) (S12, S13) At this time, the user can check the sent information and, if necessary, register all the data necessary for the medical treatment, for example, the symptom code, disease name code, prescription code, and examination registered so far. Registers a code that needs to be newly registered or a code that needs to be revised among codes and One-code (codes defined for easy user input of medical records) (S14) Once a registration request is made by a user, basic data work The program module 20 is driven again to store all information selected by the user in the medical information DB 30 of the database server 13 (S15). Meanwhile, FIG. 3 is a flowchart of a reception room program used in the reception room. That is, when a user such as a nurse in the reception room logs on after accessing the web server 11, the web server 11 checks the user ID and then determines whether to approve (S20, S21) After the ID check is finished, the user enters the main page When the reception room icon is pressed in , the web server 11 sends a control signal to the application server 12 and the reception room program module 21 of the application server 12 is driven accordingly. According to the operation of the reception room program module 21, the user receives a patient and determines whether it is new (S22, S23). (S25) In addition, it shows the waiting person currently registered in the hospital and performs the receipt task (S26, S27) When the receipt task is finished, the prescription to be issued to the patient is output (S28), Fig. 4 is to be used in the treatment room It is a flow chart for a possible clinic program. , when a user, such as a doctor, logs on to the web server 11 after accessing the web server 11 in the clinic, the web server 11 checks the user ID and determines whether to approve (S30, S31) When the clinic icon is pressed, the web server 11 sends a control signal to the application server 12 and accordingly, the treatment room program module 22 of the application server 12 is driven. As the clinic program module 22 is driven, the current patient waiting for treatment is checked and the information is downloaded (S32). When the user clicks the mouse and selects a patient, JDBC accesses the patient information DB 32 of the database server 13. Access and read the patient's detailed information and past medical information to show the patient's detailed information and past medical information on the PC screen (S33) The user (doctor) enters the patient's symptoms, disease name, and prescription after treating the patient (S34) When patient information according to the patient's diagnosis result is input, the input patient information is again stored in the patient information DB 32 through JDBC, and then the patient who received treatment is registered as a waiting patient and notified to the reception room (S35) Meanwhile, FIG. 5 is a flowchart of an environment setting program that allows a hospital administrator to set the environment of the hospital. The user (hospital administrator) connects to the web server 11, logs on, and selects the hospital environment setting icon after confirming the ID in the web server 11 and receiving approval (S40, S41). Therefore, the environment setting program module ( 23) is driven and accordingly, when the hospital environment setting screen is displayed on the client terminal 10, the user inputs information such as the current hospital's medical subject, doctor profile, medical facility, hospital layout and address (S42) Input hospital details The information is stored in the hospital information DB 31 of the database server 13 through JDBC (S43). Meanwhile, FIG. 6 is a flowchart of an insurance claim management program. After the user (hospital manager, such as a staff member of the hospital administration) receives the ID confirmation from the web server 11 as above to process insurance (S50, S51), and records the year/month/day of the insurance claim, the application server 12 The insurance program module 24 is driven to create an insurance claim statement, and thus the user sees the printed insurance claim statement (S52, S53). Yes (S54) When the correction operation is completed, it is determined whether or not to transmit, and if there is no abnormality, the insurance claim is transmitted to each health insurance jurisdiction (S55, S56). Meanwhile, FIG. 7 is a flowchart of a statistical program. When a user (hospital manager, such as a doctor or a staff member of the hospital administration) wants to check various tasks of the hospital with statistical values, log on after accessing the web server 11, the web server 11 checks the user ID and determines whether or not to approve (S60, S61) When the ID is confirmed, the user can select the statistics processing icon on the main screen to drive the statistics program module 25 of the application server 12. First, when the user selects one item to be processed among various statistical processing lists (inpatient statistics, drug consumption status, statistics by disease, daily storage status analysis statistics, etc.), the statistics program module 25 is driven and Statistical processing is performed (S62, S63) When the statistical processing is completed by the statistics program module 25, the statistical processing result is displayed on the PC screen of the client terminal 10 again via the web server 11 (S64) ) Finally, if it is not found after checking whether other items are selected, processing is resumed from S62. Meanwhile, FIG. 8 is a flowchart of a site management program. The site administrator can manage members and establish a new medical insurance fee system through the web server 11. To this end, first, log on to the web server 11 and receive ID approval (S70, S71). After receiving, the site management task to be revised or added is selected on the main page (S72). At this time, if a new hospital is added as a member, the new hospital is registered, and if the member information is changed, the new information is modified, and the hospital withdrawn from the membership. In addition, when new medical information is received, it controls the JDBC 14 to register it in the medical information DB of the database server 13, changes the changed information, and deletes the old information ( S74) Also, when a new medical insurance fee system is introduced, the new medical insurance fee system is registered in the insurance claim DB 34 of the database server 13 (S75).

Claims (13)

In a hospital management system using the Internet, a client terminal provided in clinics and hospitals, a customer connected through the client terminal is joined as a member, an ID is issued, and when an information request signal is input, a corresponding initial screen is displayed, A web server that connects to a corresponding server, an application server that receives a predetermined request signal from the web server and drives a corresponding program module, and receives a control signal from the application server to provide requested data or store newly updated information and a database server that accesses the database server to read or store predetermined data. A web-based hospital management system using Java technology, comprising: The web-based hospital management system using Java technology according to claim 1, wherein the client terminal is configured as a Java applet (Java Applet) that displays the same screen as a general application of Java technology. The web-based hospital management system using Java technology according to claim 1, wherein the web server and the application server are composed of J2EE which is Java 2 Enterprise Edition in charge of the server side of Java technology. The web-based hospital management system using Java technology according to claim 1, wherein the database connection device is composed of JDBC (Java DataBase Connectivity). The web-based hospital management system using Java technology according to claim 1, wherein the database server is equipped with a medical information DB, a hospital information DB, a patient information DB, a chart information DB, an insurance claim DB, and a statistics DB. The application server of claim 1 includes a basic data business program module that provides the latest medical information and that a doctor registers all data necessary for medical treatment, a reception room program module that receives a patient, registers as a patient waiting list, and informs the clinic, and a patient A clinic program module that shows the past medical information of the patient and inputs the patient's symptoms, disease name, and prescription, an environment setting program module that stores hospital information, an insurance program module that manages matters related to insurance claims, and various statistical processing Web-based using Java technology, characterized in that a statistical program module to perform and a site management program module for registering, modifying, and deleting new medical information are mounted to process each program module according to a user's request inputted to a client terminal of hospital management system. The method according to claim 6, wherein the basic data business program module includes the steps of: logging on after the user accesses the web server; reading the latest medical information from the medical information DB after the web server confirms the user's ID; A web-based hospital management system using Java technology, characterized in that it comprises the steps of transmitting medical information to a client terminal, registering all data necessary for the user's medical treatment, and storing all information selected by the user. driving method. The method according to claim 6, wherein the reception room program module includes the steps of logging on after the user accesses the web server, receiving the patient after the web server confirms the ID of the user, checking whether the patient is a new patient, and registering a new patient if new, , if it is not new, receiving a patient, registering as a waiting list, and notifying the medical office A method of operating a web-based hospital management system using The method according to claim 6, wherein the treatment room program module includes the steps of: logging on after the user accesses the web server; checking the current patient waiting for treatment and downloading the information after the web server confirms the user's ID; If you select , it reads from the patient information DB and shows the patient's detailed information and past medical information, enters the current patient's symptoms, disease name, and prescription, stores the entered patient data, registers as a waiting list, and sends it to the reception room. A method of driving a web-based hospital management system using Java technology, characterized in that it comprises the step of performing a step of informing. The method according to claim 6, wherein the environment setting program module includes the steps of logging on after the user accesses the web server, inputting detailed information of the hospital when the ID of the user is confirmed by the web server, and transferring the entered detailed information to the hospital. A method of driving a web-based hospital management system using Java technology, characterized in that it comprises the step of storing the information in the DB. The method according to claim 6, wherein the insurance program module includes the steps of: logging on after the user accesses the web server; selecting the year/month of the insurance claim when the user ID is confirmed by the web server; It consists of a step of showing the user, a step of correcting if the user has any corrections, and a step of transmitting the insurance claim form to each health insurance district using XML when transmission is selected after determining whether or not to be transmitted by the user’s selection. A method of driving a web-based hospital management system using Java technology. The method according to claim 6, wherein the statistics program module includes the steps of: logging on after the user accesses the web server; selecting an item to be statistically processed by the user after the user ID is confirmed by the web server; and statistically processing the selected item A method of driving a web-based hospital management system using Java technology, characterized in that it comprises the steps of: , showing the result of statistical processing to the user, and determining whether there is another item selection and processing it. The method according to claim 6, wherein the site management program module includes the steps of logging on after the user accesses the web server, selecting the site management task after the user ID is confirmed by the web server, and registering and correcting new hospital information. or deleting, registering, modifying or deleting new medical information, and registering an updated new medical insurance number system.