KR100538578B1 - Method For Providing A Test Result In System For Offering A Medical Information - Google Patents

Abstract

The present invention provides a user web screen through which a user can directly input and view various information generated while a patient, a doctor, a nurse, a laboratory staff, etc. in a hospital treats and cares a patient online. Another object of the present invention is to provide a method of providing a test result in a medical information providing system for converting test results output from various test equipment into a standardized data format and providing the same through a web screen for the user. To this end, the present invention provides a method for providing a test result in a medical information providing system, comprising: a first step of transmitting a user web screen for managing medical information to each user terminal connected through an Internet or an intranet; A second step of receiving and storing the test result output from the test equipment 41 through the user terminal 40 connected to the test equipment 41 among the user terminals; And a third step of providing a test result of a patient corresponding to the request through the user web screen when a request for viewing the test result is made through a menu provided on the user web screen.

Description

Method For Providing A Test Result In System For Offering A Medical Information}

The present invention relates to a method for viewing a test result output from various test equipments online.

As various types of networks such as the Internet, a LAN, and an intranet, which are global networks, are developed, technologies and contents for sharing various information through the networks are being developed.

These technological advances are also taking place in the medical industry, and technologies for sharing information through internal networks are being developed.

However, the current information sharing in the hospital is merely a simple content such as the personal information of the user, the treatment items to be treated, appointment information, treatment history information, hospitalization information. In addition, only the order that doctors issue to a patient after seeing the patient, for example, how much medicine should be dispensed, what injections should be taken, and what tests should be performed. It is being shared through.

However, the most important information for treating or nursing a patient in a hospital is not the above information, but a nursing journal recorded by nurses who observe the patient's symptoms, the doctor's findings and treatment methods, test results, treatment results and Individual status information for each patient's condition.

Meanwhile, the above information may be provided through a chart prepared by a doctor while treating a patient, a nursing journal written by a nurse while the patient is nursing a patient, or various reports prepared when a laboratory staff examines or treats a patient. .

However, the individual status information according to the symptoms of each patient as described above is not only a variety of paths of acquisition, but also because the content to be input is varied by each department, there is a problem that can not be uniformly computerized. There is no way to share the same information through the network in the hospital.

In other words, the individual status information according to the patient's symptoms as described above has not escaped the situation of recording and managing on a paper chart, despite the development of network and computer technology. There is a problem that it is not possible to manage the information of patients more efficiently because it is only computerized through the staff or system.

In addition, since such information is not computerized, there is a problem that patients are not provided with faster and more accurate medical services in the process of receiving medical treatment or treatment.

That is, since the paper chart managed by the doctor, the paper chart managed by the nurse, and the paper chart managed by the laboratory staff are individually managed for the same patient, it is difficult to accurately identify the patient and the computerized charts are computerized. Even if it is said, there is a problem in that it does not provide a method for sharing the computerized information and thus does not provide fast and accurate medical services for patients.

In particular, the inspection equipment for inspecting the various conditions of the patient is not only various types and numbers, but also because the operating program, protocol, and output data types vary according to each inspection equipment, There is a problem that can not manage and provide the test results systematically.

Therefore, the user who wants to check the test result is not only inconvenient to check the test result by outputting the paper chart or photograph, but also the problem that the test result output by the paper chart or photograph is not easy to manage. have.

The present invention for solving the problems as described above, the user in the hospital, doctors, nurses, laboratory staff, etc. in the various forms of information generated during the treatment and nursing the patient on the web online for the user can directly enter and view A method of providing a test result in a medical information providing system for providing a user's terminal and converting the test result output from various test equipments into a standardized data format to be provided through the user's web screen. The purpose is to provide.

The present invention for solving the above object, in the method for providing a test result in the medical information providing system, transmitting the user web screen for managing the medical information to each user terminal connected through the Internet or intranet On the other hand, the first step of managing the medical information necessary to treat the patient by storing the information input through the user web screen for sharing through the respective user web screen; The test result output from the test equipment 41 is received through the user terminal 40 connected to the test equipment 41 among the user terminals, and the test result is transmitted to the patient information manager 13 and the image information manager. (14) or a second step of storing in a separate management unit; And among the test results stored in the patient information manager 13, the image information manager 14, or a separate manager when there is a request for viewing the test results through a menu provided by the user web screen. And a third step of providing a test result of the patient corresponding to the request through the web screen for the user, wherein the test result output from the test equipment 41 of the second step is the test equipment 41. From the connected user terminal 40 is converted into a form of information that can be provided through the web screen for the user and then transmitted via a network or from the user terminal 40 connected to the inspection equipment 41 After receiving the test result through a network, the patient information manager 13 converts the information into a form of information that can be provided through the web screen for the user. It is characterized in that stored in the unknown information management unit 14 or a separate management unit.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of an embodiment of a medical information providing system to which the present invention is applied.

As shown in the figure, the medical information providing system to which the present invention is applied includes a service providing system 10 for managing and providing information on patients and managing general work information of a hospital through a network; A doctor terminal 20 for allowing doctors to access the service providing system to view various information about the patients and to input the results of the treatment, and to allow the nurses to access the service providing system to the patients. Nurse terminal 30 for viewing a variety of information or to input the results of the treatment, various laboratory staff in the hospital to access the service providing system to view the test request information and test results for the patient To the service providing system. Laboratory staff terminal 40 to be able to transmit, the examination equipment (41) for performing a variety of tests for the patient and the data or images output as the test result to the laboratory staff terminal, the general work of the hospital When the general staff terminal 50 and the terminals to access the service providing system to allow the general staff in charge to access the service providing system to view or input a variety of information related to the hospital business Is configured to include an external authorized authentication system 60 for performing user authentication.

On the other hand, the test equipment 41 is for measuring the various conditions and diseases of the patient, such as electrocardiogram test equipment, urinary speed measurement equipment, ophthalmic vision measuring instrument, PH (acidity) measuring instrument used in the endoscope room, It is connected to the employee terminal 40. However, the inspection equipment 41 may be recognized as a concept in which the inspection equipment for performing the inspection and the computer such as the laboratory staff terminal 40 are integrally combined. That is, when it is difficult for the inspection equipment 41 to be directly connected to the service providing system through a network, the inspection equipment 41 may be connected to the laboratory staff terminal 40 that may be connected to the service providing system to recall data and images according to the inspection result. It can be transmitted to the service providing system, if the inspection equipment 41 can be connected to the network itself, it may be connected to the service providing system without a separate laboratory staff terminal 40.

At this time, the function of the laboratory staff terminal 40 can be divided into two categories. That is, the first function is for the laboratory staff to input various information such as the medical information of the patient, the search request information of the patient, the reception of the test reservation for the patient, and the input of the test result for the patient. The second function is to transmit the test result transmitted from the test equipment 41 to the service providing system 10 through a network. In this case, the two functions may be performed through one terminal, but may be provided with a separate laboratory staff terminal for the second function.

Meanwhile, hereinafter, for convenience of explanation, the first concept of the two concepts of the test equipment 41, that is, the test staff terminal 40 is connected, so that the test result through the test staff terminal 40 The inspection equipment 41 to be transmitted to the service providing system 10 will be described as an example. On the other hand, in the case of the inspection equipment provided with a terminal that can be connected to the network integrally, the following description can be applied in the same way, considering the terminal that can be connected to the network as the same concept as the terminal for the laboratory staff.

At this time, the medical examination work by the doctor, the nursing work by the nurse, and the examination work by the laboratory staff are respectively the terminal 20 for the doctor, the terminal 30 for the nurse 30 and the terminal 40 for the laboratory staff (hereinafter, simply “user It can be said that it is performed on the web screen of the "terminal for the terminal", and for convenience of description, the web screen executed in each terminal is a doctor web screen, a nurse web screen and a laboratory web screen (hereinafter, for the doctor) The web screen, the nurse web screen, and the laboratory web screen are collectively referred to simply as "user web screen".

That is, hereinafter, an internal network (Intranet, Intranet) in which the service providing system 10, the doctor terminal 20, the nurse terminal 30, and the laboratory staff terminal 40 are built in a hospital (hereinafter, It will be described as simply connected via an "intranet", but is not limited thereto, and may be connected and operated through a network such as the Internet.

In this case, the intranet is briefly described as follows.

In other words, an intranet refers to a single network or a group of permanently connected networks to form a more expanded network in a computing environment. The intranet is a LAN (or WAN) or a public network owned by a group. This is a slightly different concept. In other words, unlike LAN, TCP / IP is used for internet technology and communication. In contrast, the Internet is a public network, whereas an intranet is a private network that can block intruders with security walls.

Intranets can also be more complex than the Internet in that they need to seamlessly connect multiple local area networks that use different protocols and run intelligent business applications. On the other hand, a user connected to an intranet can access the Internet, but only limited access to the intranet from the Internet is allowed.

In addition, as described above, an intranet is different from a general LAN in that it uses an Internet standard. Therefore, when a doctor, a nurse, or a laboratory staff wants to access the service providing system 10 by using each terminal, the web browser is connected by driving a web browser as in the internet access method.

In addition, since the present invention uses a method of receiving various data from the service providing system using the Internet-based web browser as described above, the terminal for doctor 20, the terminal for nurse 30 and the terminal for laboratory staff. (40) The internal storage medium does not need to have any programs and data for running the application according to the present invention.

In addition, although the general telecommunication terminal 50 and the service providing system may be connected through the Internet or an intranet as described above, in the present invention, the general telecommunication terminal 50 and the general service such as a LAN (LAN) between the service providing system. I will explain that it is connected to the internal network. In this case, when connected to the general internal network as described above, the software for receiving various information according to the present invention should be mounted in the general business terminal 50.

Meanwhile, the service providing system 10 includes an interface 11, a controller 12, a patient information manager 13, an image information manager 15, a general office manager 15, to provide a service according to the present invention. An authentication management unit 16 and an inspection equipment information management unit 17 are included.

First, the interface 11 performs a function of connecting to each terminal 20, 30, 40, 41, 50 and the external authorized authentication system 60 through the network. In this case, the interface 11 may not only connect to the doctor terminal 20, the nurse terminal 30, and the laboratory staff terminal 40 through an intranet, but also request an internet connection from the terminals. If present, it also performs the function of enabling Internet access. In addition, the general business terminal 50 may be connected through an internal network such as a LAN, and as described above, the external authorized authentication system 60 may be connected through the Internet. In addition, the inspection equipment 41 may be connected through an internal network such as the Internet, an intranet, or a LAN.

Next, the patient information management unit 13 from at least one of the doctor terminal 20, the nurse terminal 30, the laboratory staff terminal 40, the examination equipment 41, the general business terminal 50 While managing the input medical information, if there is a request for information on the patient in charge from the user terminal (20, 30. 40, 50) performs the function of extracting and transmitting the medical information of the patient. In this case, the test result information transmitted from the test equipment 41 may be stored together with the medical information of the patient. In this case, the test result information stored in the patient information management unit 13 may be text information, and various image information may be stored and managed in the image information management unit 14 to be described below.

Next, the image information management unit 14 manages the image information input from at least one of the above terminals, while requesting the image information for the patient in charge from each user (doctor, nurse, laboratory staff, etc.) If present, the function extracts and transmits the image information of the patient. In this case, the image information generally refers to an electronic image of various pictures taken from the inspection equipment 41, such as an X-ray photograph, an endoscope photograph, a CT photograph, and the like. It also includes a scanned image.

Next, the general affairs management unit 15 manages affairs related information inputted through the general affairs terminal 50 by the staff in charge of general management of the hospital, while the general affairs terminal 50 and When there is a request for outputting information from at least one of the other terminals 20, 30, and 40, it performs a function of transmitting business related information to the corresponding terminal.

Next, the authentication management unit 16 performs a function for authenticating each user entering the service providing system 10 through a network (Internet or intranet). That is, when doctors, nurses, laboratory staff, and general hospital staff want to access the service providing system through the terminal, the authentication procedure is performed to determine whether the user is authorized to grant access to only the authenticated user. Do this. On the other hand, in the case of a system for managing patient information in the hospital, such as the service providing system, since the security is strictly required, and there may be insufficient by its own authentication, in this case, not the internal authentication system connected to the intranet The certification process may be performed through the authorized certification system 60 of the. That is, in this case, the authentication management unit 16 transmits the user's information to the external authorized authentication system 60 through a network such as the Internet when there is an authentication request from the user, and performs an authentication procedure according to the result. You can also decide whether or not to connect.

Next, the inspection equipment information management unit 17 converts the inspection results transmitted from the inspection equipment 41 through the laboratory staff terminal 40 into a document format that can be provided through the user web screen, or It performs a function of matching and managing the test results and other medical information of the patient under test. At this time, the conversion function among the functions of the inspection equipment information management unit 17 may be made in the laboratory staff terminal 40 connected to the inspection equipment 41, in which case the inspection equipment information management unit 17 is converted The stored test result is stored in the patient information management unit 13, the image information management unit 14 or a separate management unit to perform the function of managing.

Finally, the controller 10 controls the interface and the units 13, 14, 15, 16, and 17, and transmits various types of information to the user terminals 20, 30, 40, and 50 through a network. Perform the function of sending or receiving.

In this case, the interface and each unit 12 to 17 may be implemented as a single computer or server, and may have an auxiliary system to prepare for various failures.

On the other hand, a brief description of the features of the present invention realized in the above-described medical information providing system.

First, the test results of the test equipment 41 in the hospital can be linked to the habitat that can be viewed through the user web screen. That is, each user may conveniently view the test result performed in the laboratory along with the user's other medical information through the user web screen.

Second, the test results (output, for example, image, XML, HL7, text, MS office file, serial data, etc.) of the various inspection equipment 41 is characterized by the systematic type.

Third, the test results, which are typed in various forms, may be stored in a database (eg, patient information manager 13) or an optical file server (eg, image information manager 14) inside the service providing system 10. At this time, it can be easily managed by modularizing the unified information. That is, it is possible to easily manage all the medical information of the patient by systematically matching the test results with the other medical information of the patient who performed the test.

Meanwhile, the following briefly describes each user web screen (medical use web screen, nurse web screen, laboratory staff web screen) to which the present invention is applied with reference to FIGS. 2A to 2C. With reference to 3c and 4a to 4c will be described a method of systematically managing the test results generated from each test equipment and an example of providing the test results through the web screen.

2A to 2C are various exemplary views of a user web screen to which a method for providing a test result in the medical information providing system according to the present invention is applied. FIG. 2B is a view illustrating an initial screen of a doctor's web screen that appears when a user logs in through a normal login process, and FIG. 2B shows a case where a nurse accesses the service providing system through a nurse terminal 30 and passes through a normal login process. FIG. 2C is an example of an initial screen of a nurse web screen, and FIG. 2C is an example of an initial screen of a laboratory web screen that appears when a laboratory staff accesses the service providing system through a laboratory terminal 40 and undergoes a normal login process. It is also.

That is, FIG. 2A illustrates an example of a doctor's web screen activated on the doctor terminal 20 when the doctor accesses the service providing system 10 through a normal login. As shown in the drawing, FIG. The screen may be largely divided into five blocks of the user information display unit 110, the my menu unit 120, the main menu unit 130, the patient information viewing unit 140, and the patient information input unit 150.

First, the user information display unit 110 outputs the logged-in doctor information (user) and the selected patient information.

Next, the menu unit 120 of the village displays a shortcut icon set for a menu that the user (doctor) likes to use among the plurality of menus in the main menu unit 130.

Next, the main menu 130 is a summary of all the menus available to the doctor or the administrator for the doctor's web screen. That is, the main menu unit 130 includes menus for various screens that can be displayed on the doctor's web screen, and in particular, the test results generated according to the test result providing method according to the present invention can be viewed. Also included are menus to make it work.

Next, the patient information reading unit 140 is a block capable of reading detailed information of the patients stored in the patient information management unit 13.

Lastly, the patient information input unit 150 is a block in which a doctor can input various types of information necessary while consulting a patient, and the information input through the patient information input unit 150 is provided through the patient information reading unit 140. You can read it.

2B illustrates an example of a nurse web screen that is activated when the nurse accesses the service providing system 10 through a normal login, and as shown in the drawing, the nurse web screen includes a user information display unit ( 210, the main menu unit 220, the main menu unit 230, the patient selection unit 240, and the patient information input / output unit 250 may be largely divided into five blocks. On the other hand, the main menu portion 230 of the nurse web screen, as described above in the description of the doctor web screen, for viewing the test results generated according to the test result providing method according to the present invention Menus are also included.

2C illustrates an example of a laboratory web screen that is activated when a laboratory staff accesses the service providing system 10 through a normal login and illustrates an example of a web screen used in a radiation treatment room during various tests. . In this case, the laboratory web screen may be broadly divided into three blocks: a user information display unit 310d, a main menu unit 330d, and a patient information input / output unit 350d. On the other hand, the laboratory staff in the description of the doctor's web screen and the nurse's web screen using the menu on the main menu unit 330d of the laboratory staff web screen or using a separate shortcut button (or menu) As described above, the inspection result generated according to the inspection result providing method according to the present invention can be viewed.

That is, the present invention relates to a method for processing and managing the test results transmitted from various test equipments 41 through a network into unified information, and providing the processed test results to the user web screen. will be. In this case, the user web screen must first select a patient to view the test results, and after selecting the patient, when a request for viewing of the test performed by the patient is made through various menus, the test result of the patient is displayed. It will be provided as a web screen for the user.

On the other hand, as described above, the test result providing method in the medical information providing system according to the present invention can be largely divided into two processes.

That is, the first process is to process the inspection results transmitted from each inspection equipment 41 into a text or image (hereinafter, simply referred to as "data") of the form available in the service providing system 10 to the service providing system ( 10), and the second process relates to a method of implementing the data stored in the service providing system 10 through the web screens 20, 30, and 40 for the user.

Hereinafter, a method of processing and storing the first process, that is, the test result transmitted from each test equipment 41 into data in a form usable in the service providing system 10 will be described with reference to FIGS. 3A to 3C. 4A to 4C, the second process, that is, a method of providing the test result through the web screen for each user (particularly, the lab staff web screen) will be described.

3A is an exemplary diagram illustrating a method for providing a test result in a medical information providing system according to the present invention, and FIGS. 3B and 3C are interface programs applied to a method for providing a test result in a medical information providing system according to the present invention. There are also various examples of this. That is, the interface programs shown in FIGS. 3B and 3C are programs executed in the laboratory staff terminal 40, and data available in the service providing system 10 by interfacing the test results transmitted from the test equipment 41. While converting to a form, it performs a function to transmit the converted data to the service providing system 10 via a network.

Meanwhile, as shown in FIG. 3A, the test result data output for each test apparatus 41 is transmitted to the test staff terminal 40 using a different protocol, and thus the test staff terminal 40 is The test results transmitted from the respective test equipments 41 are interfaced to each protocol to be received, and the received test results are converted into data in a form usable by the service providing system 10, and the service providing system is connected through a network. Is sent to (10).

In this case, the test equipment information management unit 17 receiving the test result analyzes the patient information transmitted along with the test result and the test results together with other medical information of the patient patient information management unit 13 Or it is stored in the image information management unit 14, after which each user can view the inspection results through the user's web screen.

That is, the test equipment 41 used in the hospital is not only various but also because the programs and protocols used in each test equipment 41 are different, the test results are not processed through the web screen. It cannot be provided. Thus, the laboratory staff terminal 40 performs a function of converting the test results transmitted from each test equipment 41 into a data format that can be provided through the user web screen. In this case, when the converted information is simply text information, it may be stored in the patient information management unit 13 of the service providing system 10, and when the converted data is a large amount of image information, the image information management unit 14 may be stored. You can also save. However, as described above, it is not necessary to distinguish and manage the information in the text format and the image information for convenience of management. However, the test result stored in the service providing system 10 should be mapped and stored with the information of the patient who received the test. That is, the test results are also intended to be viewed by each user (doctors, nurses, laboratory staff, etc.), and thus must be managed in combination with other medical information of the patient.

On the other hand, the laboratory staff terminal 40 and the inspection equipment 41 is not necessarily one-to-one matching, a plurality of inspection equipment 41 may be connected to one laboratory staff terminal 40. In this case, the laboratory staff terminal 40 may include a plurality of modules and parsers to interface with and accept different types of protocols transmitted from different test equipment.

Hereinafter, various types of protocols (or outputs) and respective inspection equipments 41 using the same will be described.

First, the Health Level 7 (HL7) protocol and the inspection equipment 41-3 using the same will be described. That is, HL7 is a standard protocol used for transmitting hospital or medical data and is a data format protocol corresponding to the presentation layer of the OSI / ISO 7 layer. In addition, the HL7 has started to standardize around the United States and is now becoming a global standard, and can contain various types of contents that can appear from administrative field data such as hospitalization to transfer of medical record data. It can be called a protocol. As the test equipment 41-3 using the protocol HL7, there may be equipment for monitoring blood pressure, pulse rate, electrocardiogram, and the like, and the test equipment as described above may be used by doctors and nurses. In addition to the above equipments, the test equipment 41-3 using the HL7 may be used when performing a portable patient monitoring equipment, a mother monitoring equipment used in gynecology, and emergency resuscitation (CPR). There may be a defibrillator or the like. When carrying and using the inspection equipment, the result is stored in a memory and then connected to a kind of docking station to receive the result. In this case, the docking station may be a laboratory staff terminal 40-3, or another device connected to the laboratory staff terminal 40-3. Meanwhile, the test result transmitted from the test equipment 41-3 to the docking station or directly to the test staff terminal 40-3 is converted into data in a form usable in the service providing system 10. And then transmitted to the service providing system 10 through a network.

The test equipment information manager 17 receiving the test result identifies the patient information transmitted along with the test result, and transmits the test result along with other medical information of the patient to the patient information manager 13 and the image information manager. 14 or stored in a separate management unit to manage (hereinafter, the function of the inspection equipment information management unit 17 is equally applied to each protocol).

Next, the XML protocol and the equipment 41-2 using the same will be described. That is, in the case of ECG test equipment (also referred to as ECG and EKG) 41-2, the test result is transmitted to the laboratory staff terminal 40-2 as a compressed file in an XML format. The XML parser of the terminal 40-2 extracts the test result by extracting the compressed file, and transmits the extracted test result to the test equipment information management unit 17 of the service providing system through a network.

Next, the inspection equipment 41-4 using the MS Office file format will be described. That is, the pulmonary function test equipment (VMAX) manages the test results as a DBF file, and the laboratory staff terminal 40-4 receives the DBF file from the lung function test equipment and converts it into an Excel file format. Then, the test result along with another medical information of the patient is transmitted to the test equipment information management unit 17 of the service providing system through a network. Meanwhile, in addition to the pulmonary function test equipment (VMAX), the electromyograph (electromyograph) stores the test results as an MS-word file, and the laboratory staff terminal 40-4 receives the file by interfacing the service. The file is transmitted to the inspection equipment information management unit 17 of the providing system. In addition, the equipment 41-4 for outputting the test results to the MS Office file as described above also includes a urine flow measuring instrument (uroflowmeter).

Next, the test equipment 41-6 using the serial communication method will be described. The serial communication method is a communication method using RS-232C as the communication method most commonly used in conventional clinical pathology equipment. In this case, the serial communication method is largely divided into a unidirectional interface that receives only the test result from the equipment and a bidirectional interface that sends the order to the test equipment in the computer system and receives the result of the order. As the test equipment (41-6) using the serial communication method as described above, nuclear medicine and in vitro testing equipment (gamma counter) using a radioisotope, nuclear medicine and in vitro testing equipment to place the specimen in the equipment reagent within the equipment Auto RIA (Auto Radio Immuno Assay) and Ophthalmic Ophthalmology (Autorefractokeratometer unit) are included. On the other hand, the laboratory staff terminal 40-6, which has received the test results from the test equipment 41-6 as described above, transmits the test results to the test equipment information management unit 17 of the service providing system.

Next, the test equipment 41-1 outputting the test result in the form of an image will be described. That is, the pH (pH) monitor used in the endoscope room (24 PH monitor), the sphincter test equipment (biofeedback) used for constipation test, etc. output the test results as an image, the laboratory staff terminal 40 received the image -1) compresses the image and transmits the image to the inspection equipment information management unit 17 of the service providing system.

Next, the inspection equipment 41-7 which outputs the inspection results in standard protocol (XML, HL7) and image form will be described. In other words, a patient monitor (p monitor) used in an intensive care unit monitors EKG, blood pressure, pulse, respiration, and oxygen saturation in blood in real time. The EKG result is an image. The other results are output in various forms such as numerical values. The laboratory staff terminal receiving the inspection information converts the inspection results corresponding to each of the rock extraction module, the XML parser, and the HL7 parser, and then provides the service through the network. It is transmitted to the inspection equipment information management unit 17 of the system.

That is, as described above, the laboratory staff terminal 40 has one or more conversion modules or parsers built in a program format, and when the test result that can be linked with the test result is input, the test result is converted after the conversion is performed accordingly. Is transmitted to the inspection equipment information management unit 17 of the service providing system through a network, wherein the inspection equipment information management unit 17 checks the location of the medical information of the patient who performed the inspection and then stores the inspection results. Along with the medical information, the patient information management unit 13, the image information management unit 14 or a separate management unit is stored and managed. At this time, each user (doctor, nurse, laboratory staff, etc.) is able to read the test results through the user's web screen of the user terminal used by the user.

Meanwhile, as mentioned above, the interface program shown in FIGS. 3B and 3C converts the test result transmitted from each test equipment 41 into a data form usable in the service providing system 10, while the converted program A test result is transmitted to the service providing system 10 through a network.

4A to 4C are various exemplary views of a web screen for a user outputting a test result in a test result providing method in a medical information providing system according to the present invention.

That is, the test result stored in the service providing system 10 through the above process is outputted through the web screen for each user illustrated in FIGS. 2A to 2C.

In this case, each user selects a patient who wants to view the test result, and then requests a test result output through each menu or a shortcut button, and the request is transmitted to the service providing system 10 through a network. Receiving the control unit 12 is to extract the test results of the patient among the test results stored in the patient information management unit 13, the image information management unit 14 or a separate management unit to be transmitted to the user web screen .

On the other hand, the user web screen shown in Figs. 4a to 4c, in particular showing the laboratory web screen for the laboratory staff, it can be seen that the output of the test results according to the various functional test execution in the form of text or image. .

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

The present invention as described above is to solve the inconvenience that doctors, nurses, laboratory staff in the hospital to enter the medical treatment, nursing, examination, treatment information for the patients using a paper chart, connected via a network By storing various information input through the user terminal and providing the information to the user terminal through the network, the doctors, nurses, and laboratory staff can more accurately and easily examine, nursing, and examine the patients. It has an excellent effect on the treatment.

In addition, the present invention can provide the test results transmitted from the various test equipment used in the hospital with the general medical information through the user terminal, it is not equipped with a separate equipment for reading or reading the test results There is an excellent effect of not having to.

In addition, the present invention not only allows the doctor, nurse, laboratory staff, etc. to immediately check the test results performed during the patient's treatment, but also to compare and examine the general medical information and the test results of the patient at the same time Thus, there is an excellent effect of enabling more accurate medical treatment.

1 is a configuration diagram of an embodiment of a medical information providing system to which the present invention is applied.

2A to 2C are various exemplary views of a user web screen to which a test result providing method in the medical information providing system according to the present invention is applied.

Figure 3a is an exemplary diagram illustrating a test result providing method in a medical information providing system according to the present invention.

3B and 3C are various examples of an interface program applied to a test result providing method in a medical information providing system according to the present invention.

4A to 4C are various exemplary views of a web screen for a user outputting a test result in a test result providing method in a medical information providing system according to the present invention.

Claims (4)

In the method of providing test results in the medical information providing system, While transmitting the user web screen for managing medical information to each user terminal connected through the Internet or an intranet, information input through the user web screen can be shared through the respective user web screen. Managing the medical information needed to treat the patient by storing the information; The test result output from the test equipment 41 is received through the user terminal 40 connected to the test equipment 41 among the user terminals, and the test result is transmitted to the patient information manager 13 and the image information manager. (14) or a second step of storing in a separate management unit; A third step of receiving medical information regarding the patient or providing medical care related medical information stored in a service providing system when the patient is selected through the habitat provided on the web screen for the user; And While providing medical information related to the treatment of the patient through the menu of the habitat, if there is a request to view the test results performed on the patient, the patient information management unit 13, image information management unit 14 or a separate A fourth step of providing a test result of the patient corresponding to the request among the test results stored in the management through the habitat of the web screen for the user, The test result output from the test equipment 41 of the second step is converted into an information form that can be provided through the web screen for the user in the user terminal 40 connected with the test equipment 41. After receiving the test result through the network from the user terminal 40 connected to the test equipment 41 or the network after receiving the test result in the form of information that can be provided through the user's web screen. The test results, which are converted and stored in the patient information management unit 13, the image information management unit 14, or a separate management unit, and are output from the test equipment 41, are HL7 (Health Level 7) protocol, XML protocol, and MS. At least one of an MS file format, a serial communication method, and an image data is used. The second step, Step 2-1 of receiving, by the service providing system, the test result output from the test equipment 41 through the user terminal 40 connected to the test equipment 41 among the user terminals; If the received test result is converted into a file format that can be provided through the web screen for the user and transmitted, the service providing system analyzes the patient information transmitted along with the test result and matches the patient information. Step 2-2 of matching the medical information with the test result and storing the medical information in a patient information management unit, an image information management unit, or a separate management unit; And If the received test result is not a file format that can be provided through the web screen for the user, the service providing system converts the test result into a file format that can be provided through the web screen for the user, and And analyzing the patient information transmitted along with the test result, matching the medical information matched with the patient information with the test result, and storing the test result in the service providing system. The fourth step, If there is a test result request for the test performed by the patient through another menu of the habitat, the service providing system searches for whether there is a test result matching the patient information among the stored test results; -Stage 1; And If there is a test result of the patient, step 4-2 of extracting a test result corresponding to the request and transmitting the test result to the habitat of the web screen for the user Test result providing method in a medical information providing system comprising a. delete The method of claim 1, The test equipment information management unit 17 of the service providing system 10 which receives the test result of the test equipment 41 through the network uses the patient information of the patient who received the test, which is transmitted together with the test result, Confirming a storage location of another medical information of the patient and mapping the test result to the medical information and storing the medical result; Method of providing a test result in the medical information providing system, characterized in that. delete