KR101484766B1 - Apparatus and Method for Generating Electron Form in Medical Information System - Google Patents

Abstract

The present invention provides an electronic formatter and a method for creating an electronic form in a medical information system. An electronic formatter in a medical information system includes: an MR item manager for generating an MR item and storing the MR item in an MR list; A form template management unit for generating a form template to include at least one of the MR items; A menu processing unit for providing an MR item creation menu and a template template creation menu, displaying a requested template template to a user terminal when the template template request is input from the user, and displaying the template template on the screen; And a format processing unit for matching the medical examination information inputted from the user terminal with the MR template of the displayed template template to create an electronic template; Wherein the form processing unit creates an electronic form by matching the examination information input from the user terminal with the MR item of the displayed form template, and the form template management unit is configured to assign the placement information to the MR items included in the form template And stored.

Description

Technical Field [0001] The present invention relates to an electronic formatter and a method for generating an electronic form in a medical information system,

The present invention relates to an electronic formatter and a method for creating an electronic form in a medical information system.

A medical information system is a comprehensive term that refers to a system that manages information related to a medical practice in a medical institution, and processes such information as information necessary for another medical treatment. Such a medical information system can provide sufficient time and room for patients and medical staffs by reducing the movement of patients and data between departments by rapidly providing regular and accurate information to the medical departments, the medical care support departments, and the hospital administration departments, Analyze accumulated medical information and make effective decision making possible.

In the past, the medical information system was mainly aimed at the support of the general hospital administration, but now it is the main purpose of the medical care support of the doctor and the nursing support of the nurse. The medical information system is composed of an OCS (Order Communication System), a Picture Archiving Communication System (PACS), an Electronic Medical Record (EMR), an electronic document exchange system (EDI) Electronic Data Interchange) to actively accept these requirements, to store various medical information and patient's medical care data in a database, to digitize the medical records created by the doctor in the process of diagnosing the patient, To each relevant department through the network, and provides functions such as transmission of required image information and computer-based medical record keeping.

Electronic medical records mean that all data is computerized using electronic forms instead of paper forms used in hospitals. Electronic forms used for electronic medical records include basic patient information and medical records of medical staff.

However, conventional electronic medical records are merely a step of simply scanning and storing an existing paper form, or items constituting an electronic form are not subdivided, so that it is difficult to extract or analyze recorded medical record data .

In addition, the conventional electronic medical record is a method in which the doctor reads the electronic form prepared in advance and writes the required medical record, so that it is impossible for the doctor to add a new item or change the configuration of the electronic form during the examination. Thus, in the past, it was impossible to extract or analyze the stored medical record data only by describing it in a text format and storing it, regardless of the type of medical record that the doctor intends to record.

Korean Patent No. 10-0538579, "How to Manage Medical Record Forms Online"

In order to solve the problems of the prior art described above, the present invention provides an electronic formatter capable of dynamically changing the configuration of an electronic form during creation of an electronic form, and a method of creating an electronic form using the same.

In addition, the present invention provides an electronic formatter capable of layering and managing MR items constituting an electronic format, setting individual codes for each MR item, and facilitating analysis and utilization of accumulated medical information data do.

The objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood from the following description.

In order to achieve the above object, an electronic formatter in a medical information system according to a first aspect of the present invention includes an MR item management unit for generating an MR item and storing the MR item in an MR list; A form template management unit for generating a form template to include at least one of the MR items; A menu processing unit for providing an MR item creation menu and a template template creation menu, displaying a requested template template to a user terminal when the template template request is input from the user, and displaying the template template on the screen; And a format processing unit for matching the medical examination information inputted from the user terminal with the MR template of the displayed template template to create an electronic template; Wherein the form processing unit creates an electronic form by matching the examination information input from the user terminal with the MR item of the displayed form template, and the form template management unit is configured to assign the placement information to the MR items included in the form template And stored.

Here, the MR item management unit may include an MR item, an MR item, which is a minimum unit of the medical care information, an MR item generated by a combination of one or more MR entities, and a group MR item, .

Here, the MR item management unit may set an entity code, an item code, and an item group code unique to the MR entity, the MR item, and the group MR item, respectively.

Here, the data analyzer may further include a data analyzer for extracting data of a desired condition from the medical information stored in the database through a search using a unique entity code set for each MR entity as a condition value, analyzing the data, and providing analysis result data.

Here, the electronic formatter may further include an electronic signature processing unit for recording the electronic signature of the author in the created electronic form.

According to a second aspect of the present invention, there is provided a method for creating an electronic form in a medical information system, comprising: generating an MR item and storing the MR item in an MR list; Selecting one or more MR items from the MR list and arranging the selected MR items to generate a form template; Transmitting a requested form template to a user terminal and displaying the requested form template on a screen when a form template request is input from a user; And storing the examination information inputted from the user terminal in correspondence with the MR item of the displayed form template, wherein the MR item of the form template includes the placement information in the form template.

Here, the MR item may be managed as three layers of an MR entity which is a minimum unit of medical information, an MR item generated by a combination of one or more MR entities, and a group MR item generated by a combination of one or more MR items.

The MR items included in the form template correspond to any one of a text type, a numerical type, a date type, a grid type, an image type, a scan type, a combo type, a check box type and a radio box type. Each cell of the grid can be composed of an MR item layer that is an independent MR entity.

The method may further include inserting a further selected MR item in the MR list at a selected location of the displayed format template after the step of displaying on the screen.

The method may further include rearranging the MR items included in the displayed template template after the step of displaying on the screen.

According to a third aspect of the present invention, there is provided a method for creating a dynamic electronic form in a medical information system, the method comprising: transmitting a requested template template to a user terminal in response to a template template request from a user, Receiving a medical record inputted through a user terminal and storing the medical record corresponding to the corresponding MR item of the template template; And inserting the requested MR item into a selected location of the form template when there is an MR item addition request from a user during input of the medical record.

Here, the electronic form to which the MR item is added may be stored separately from the form template.

Here, the dynamic electronic form creation method may further include recording an electronic signature of the creator in the stored electronic form.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

The present invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. It is provided to fully inform the owner of the scope of the invention.

According to one of the above-mentioned objects of the present invention, it is possible to provide a customized form for each patient simply by dynamically changing the configuration of the electronic form during creation of the form.

Further, according to one of the tasks of the present invention, it is possible to easily analyze and utilize the stored medical information data by layering and managing the MR items constituting the electronic format and setting individual codes for each MR item can do.

Further, according to one of the tasks of the present invention, the analysis and utilization range of the medical information data can be extended to the grid type by treating the grid-type MR items as independent MR items for each cell.

1 is an overall configuration diagram of a medical information system according to an embodiment of the present invention.
2 is a block diagram illustrating a detailed configuration of an EMR management unit of a medical information server according to an embodiment of the present invention.
3 is an example of an electronic form management menu screen.
4 is a flowchart illustrating a process of creating a new form according to an exemplary embodiment of the present invention.
5 is a flowchart illustrating a dynamic formatting process according to an exemplary embodiment of the present invention.
FIG. 6 is a flowchart illustrating a process of registering an MR item according to an embodiment of the present invention.
7 is a menu screen for explaining the MR item registration process of FIG.
8 is a diagram for explaining types according to attributes of the MR item.

While the present invention has been described in connection with certain exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and similarities. It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. In addition, numerals (e.g., first, second, etc.) used in the description of the present invention are merely an identifier for distinguishing one component from another.

Also, in this specification, when an element is referred to as being "connected" or "connected" with another element, the element may be directly connected or directly connected to the other element, It should be understood that, unless an opposite description is present, it may be connected or connected via another element in the middle.

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

1 is an overall configuration diagram of a medical information system according to an embodiment of the present invention.

As shown in FIG. 1, the medical information system of the present invention computerizes a process occurring in a hospital centered on a patient, thereby organically treating hospital medical services, nursing services, medical care support services, and interworking with external servers A nurse use terminal 200 for accessing the medical information server 100 through a network to read information on patients and input preliminary information into the system, A doctor terminal 300 for accessing the connected medical information server 100 to inquire various information about patients and input medical treatment and prescription data, and general staff in charge of the general affairs of the hospital, And a source terminal 400 for accessing and inputting information related to the hospital work.

Further, in the medical information system of the present invention, the medical information server 100 may receive test results from various medical equipment 500 used for medical care support in a hospital, or may be connected to a plurality of external servers 600 Information can be exchanged. For example, the external server 600 is provided with a data warehouse (DWH) system for processing and analyzing accumulated hospital data, a u-healthcare system related to telemedicine via the Internet, various information about hospital patients (CRM) system that can be used for customer management by using the customer relationship management (CRM) system.

Although the nursing-use terminal 200, the doctor terminal 300, and the medical terminal 400 have been described above, the present invention is not necessarily limited to this. The terminal may be provided with a nursing use menu, a doctor's menu, and a general employee's menu, or may not include the nursing-using terminal 200 separately.

The nursing-using terminal 200, the doctor terminal 300 and the medical terminal 400 may not be distinguished from each other in terms of hardware. For example, the nursing-use terminal 200, the doctor terminal 300, The menu related to the role may be displayed or activated depending on the role of the user.

In addition, the network in which the terminals are connected to the medical information server 100 may be an intra-hospital intranet, and in some cases, may be interconnected through a network such as the Internet.

The medical information server 100 includes a communication unit 110 connected to a network and transmitting and receiving data to and from the nursing care terminal 200, the doctor terminal 300 and the employee terminal 400, An authentication unit 120 for confirming whether or not a system use right exists, and various business services such as nursing, maternity, and prescription provided by the medical information system, and computerized prescription written by a doctor to be delivered to each department in the hospital An EMR management unit 140 for generating and managing electronic medical records, and a storage unit 150 for systematically storing and managing various information generated or obtained on the medical information system.

At this time, the authentication unit 120 accesses the medical information server 100 to perform an authentication operation as to whether the user who is going to use the medical information system is a user who is allowed to access, It can be judged. In addition, the authentication unit 120 may be an internal authentication module configured in the medical information server 100, and may be configured in the form of an external authentication server depending on a building environment.

In addition, the storage unit 150 may be implemented on a data storage medium installed in the medical information server 100, and may be stored on a separate external storage medium according to the environment such as the size of the processing data, Lt; / RTI >

The medical information server 100 may include a medical device interface 160 connected to an external medical device 500 to send an inspection command to the medical device 500 or to receive an inspection result, And an external server interface 170 for interworking with external servers 600.

Hereinafter, the detailed configuration of the EMR management unit 140 for generating and managing electronic medical records used in the medical information server 100 will be described in detail.

2 is a block diagram showing a detailed configuration of an EMR management unit 140 according to an embodiment of the present invention.

2, the EMR management unit 140 includes an MR item management unit 141, a form template management unit 142, a menu processing unit 143, a form processing unit 144, an electronic signature processing unit 145, (Not shown).

The MR item management unit 141 generates a medical record (MR) item used in the electronic format and stores it in the MR list. Specifically, the MR item management unit 141 generates MR items and hierarchically manages the generated MR items. At this time, the MR item is a basic unit constituting the electronic form, and one electronic form may include one or more MR items. Each electronic form consists of the MR items needed for the application, and the doctor records the medical record in the corresponding MR item during the consultation process.

In addition, the MR item management unit 141 can manage the MR items by dividing the MR items into three layers: MR entities, MR items, and group MR items. Here, the MR entity is a minimum unit for representing information, for example, a name of a patient, a telephone number, an admission date, and the like. The MR item is a basic unit having the meaning of the medical record, for example, a patient's personal information, hospital information, and discharge information. In addition, multiple MR entities can be grouped together to form one MR item and function as a single MR item as the MR entity itself. In addition, one or more MR items may be grouped together to form a group MR item.

Fig. 3 (a) shows an entrance / exit summary as an example of an electronic format. The entrance and exit summary page is an electronic form for describing information on the entrance and exit of a patient. The entrance and exit summary page shown in FIG. 3A includes personal information T10, hospitalization information T20, discharge information T30, (T40), and a main call point (T50). In addition, the personal information (T10) MR item includes an MR (Personal Identification Number) MR item of a resident registration number T11, an age T12, a sex T13, an insurance classification T14, an address T15, a telephone number T16, Entity. ≪ / RTI >

On the other hand, the MR item can have various types of attributes. These formats include text, numeric, date, grid, image, scan, combo, checkbox, and radiobox. Referring to Fig. 8 (a), the text type receives text data like the "patient name" MR entity. The numeric type receives numerical value data like the "registration number" MR entity. The date type receives the date data like the "birth date" MR entity. The radio box can receive data through a radio box, such as a "request hospital" MR entity.

In addition, the grid type is an MR item in the form of a grid as shown in FIG. 8 (b), and each cell of the grid can function as a separate MR entity or MR item. Therefore, in the process of analyzing the accumulated data through the data analysis unit 149, which will be described later, the medical records recorded in each cell of the grid can be used as an analysis target, and more accurate analysis results can be obtained.

In addition, the MR item can be generated in the image type of FIG. 8 (c) or the scan type of FIG. 8 (d).

On the other hand, the MR item management unit 141 can assign and set unique entity codes, item codes, and item group codes for each of the MR entity, the MR item, and the group MR item. Accordingly, the data analysis unit 146, which will be described later, can construct a retrieval formula of various conditions using the codes, so that data of a desired condition can be extracted and processed from the accumulated data much more easily, .

The form template managing unit 142 generates and manages form templates for creating an electronic form. Specifically, the form template managing unit 142 can generate a form template using the MR item managed by the MR item managing unit 141 or the newly generated MR item. At this time, the MR items used in the form template can be selected according to the use of the electronic form.

On the other hand, the form template managing unit 142 may match and store the respective position information on the MR items included in the form template. Such location information may include vertical coordinates, horizontal coordinates, height values, and width values in the form template. Therefore, it is possible to easily rearrange the MR items included in the form by modifying the position information of the MR items included in the electronic form.

The menu processing unit 143 provides various menus for generating / managing an MR item and generating / managing a form template. When a request for a form template is input from the user terminal, the requested form template is transmitted to the user terminal, do.

In this regard, FIG. 3 (b) shows an example of a form management menu provided by the menu processing unit 143. The form template may be newly created or modified using the form management menu of FIG. 3B (M10). In addition, a search condition may be input (M20) and a search template may be clicked (M10) to inquire the stored form template. In this case, a list of the searched forms is displayed at the lower left of the screen (M30). In the lower right of the screen, the configuration of the form selected from the form list is displayed (M40).

The form processing unit 144 creates an electronic form by matching the doctor's information inputted through the doctor's terminal 300 with the MR item of the form template displayed on the screen.

Specifically, when the doctor or nurse inputs information to the electronic form through the doctor terminal 300 or the nursing-care terminal 200, the form processing unit 144 matches the input data with the corresponding MR item and stores the matching data. At this time, the form processing unit 144 may separately store the used form template data and inputted medical record data separately.

Meanwhile, the format processing unit 144 supports dynamically creating an electronic format. The dynamic formatting function is a function in which a doctor or a nurse selects a formatting template and changes the configuration of the formatting template in use while creating the electronic formatting or adds a new MR item to customize it to the electronic formatting format suitable for the patient.

A formatter supported by a conventional medical information system is a system in which a form template desired to be used by a doctor or a nurse is prepared and stored in advance in accordance with the purpose, .

In this case, when a doctor's special symptom or additional record is required in the course of medical consultation, there is often no MR item corresponding to the content to be added in the form template in use. In this case, it is common to record the contents to be described in a text format. However, when the medical record is described in the text format and recorded, it is impossible to set specific attributes for the medical record, to distinguish the code, and to manage the data structurally. Therefore, it is not easy to process, extract and analyze these data.

If there is a recording item to be added to the current form in the physician's procedure, the form processing unit 144 may dynamically add the MR item of the property corresponding to the recorded item to the electronic form being created. This is called the dynamic form creation function.

Specifically, when the user selects an MR item to be inserted in the MR item management menu, and then selects a position to insert the MR item selected in the electronic form creation screen, the format processing unit 144 inserts position information corresponding to the selected position To the electronic form together with the MR item. In addition, if the user drags the MR item on the electronic form creation screen and changes the placement position, the format processing unit 144 can correct the position information of the changed MR item to the position information of the new position.

On the other hand, an electronic form whose configuration is changed by the dynamic form creation function or a new MR item is added can be stored as a new form template or individually matched for the corresponding patient. In this case, the form processing unit 144 may provide the form recycling function so that the form can be used at the time of the examination of the other patients.

The electronic signature processing unit 145 records the electronic signature of the creator in the created electronic format. Records of digital signatures can be individually processed for each electronic form, and batches can be applied to unprocessed electronic forms.

The data analyzer 146 extracts, processes, analyzes the stored medical record data, and generates analysis result data in a desired form. Each electronic form data stored in the storage unit 150 includes at least one MR item corresponding to an MR entity, an MR item, or a group MR item, and each MR item includes a unique entity code, an item code, Are assigned and stored.

In analyzing the accumulated data, the data analyzer 146 constructs a search formula having various conditions on the basis of the codes, and obtains statistical data or creates a list of data of a desired condition. For example, the data analysis unit 146 searches the current status information on patients whose age is thirty, whose gender is male, whose primary symptom is neoplasm and whose prescribed drug has been prescribed for three months The result information can be obtained. In this case, the data analysis unit 146 may use MR items such as the above-mentioned "age", "sex", "main appeal", "prescription drug name"

Also, even when the above data is recorded in the cell of the grid, the data analysis unit 146 can perform the search based on the code value, so that it is possible to extend the search target to each cell unit of the grid.

As described above, by setting a unique code for all the MR items constituting the electronic format, the desired result can be obtained from the accumulated data based on the code.

Hereinafter, a method of registering a new form through the electronic formatter of the present invention will be described.

4 is a flowchart illustrating a new form registration process according to an embodiment of the present invention.

Referring to FIG. 4, when the user logs in the medical information system through the user terminal, a main menu corresponding to the user's authority is displayed. Then, when a new form is to be created, the form management menu is selected from the EMR menu (S100). 3 (b) shows an example of a form management menu.

At the time of creating the form template, the form registered in advance can be created by reference or a new form template can be created (S102). When referring to a pre-registered form, the form to be referred to is searched and selected (S104), and a desired item is added to, deleted from, or rearranged in the selected form and registered in a new form (S106). If a new form is to be created, a new form template is created by clicking a form new button in the menu M10 (S108), and a desired MR item is selected from the MR item management menu and reflected in the form template (S110). At this time, the MR item inserted in the form template may be moved or relocated to a desired position on the electronic form through an input device such as a mouse or a keyboard of a user (S112). Then, the completed form template can be stored in the form list of the storage unit 150.

Next, a dynamic form creation method of dynamically changing the configuration of the electronic form during the creation of the electronic form with the form template registered in advance will be described.

5 is a flowchart illustrating a dynamic formatting process according to an exemplary embodiment of the present invention. For reference, the dynamic form creation can be performed by a doctor or a nurse. Hereinafter, a dynamic form creation process in a doctor's medical procedure through the doctor's terminal 300 will be described as an example.

Referring to FIG. 5, first, when a doctor logs in the medical information system through the doctor terminal 300, a doctor's menu corresponding to the doctor's authority is displayed on the screen. Thereafter, the doctor selects a desired template template in the EMR menu for medical treatment (S200), and the medical record is written in the MR items included in the template template in the medical care process (S202).

At this time, if another MR item other than the MR items included in the form template is to be added (S204), the doctor searches for or directly selects the MR item to be added in the MR item management menu (S206) The selected location of the template is selected and the selected MR item is added (S208). For reference, FIG. 7A shows an example of the management menu of the MR item. 7 (a), the user inputs a desired condition and then clicks the search button M50 to acquire a list of MR items matched with the condition, selects a desired MR item from the displayed MR list (M60) You can add to the form by clicking the Apply button.

The process may be repeated until the doctor's consultation is completed and the electronic form preparation is completed (S210).

Thereafter, when the configuration of the electronic form being created by the dynamic formatting function is changed, the changed electronic form can be registered as a separate form template (S212, S214), or can be stored corresponding to the individual electronic form for the patient .

Thereafter, when the doctor's electronic form is completed, the electronic form in which the medical record is recorded is stored in the storage unit 150 (S216).

Through the above process, in the case where there is a specific symptom of a patient or a special matter to be separately recorded in the process of doctor's examination, the MR item to be added to the in-use template may be dynamically added, So that the electronic form can be effectively managed.

Next, a process of registering an MR item will be described with reference to FIG.

FIG. 6 is a flowchart illustrating a process of registering an MR item according to an embodiment of the present invention.

Referring to FIG. 6 and FIG. 7, the user clicks a new button M70 in the MR item management menu of FIG. 7A to generate an MR item or search for an existing MR item (M50) A new MR item can be generated by referring to the retrieved MR item.

At this time, the type of the MR item to be generated may be any one of an MR entity, an MR item, and a group MR item (S300).

When the MR entity is created, the user selects the MR entity tab in the tab menu (T60) of the MR entry registration menu of FIG. 7 (b) and creates a MR entity by pressing a new button (S302). At this time, the attribute tab T80 of the new lower end may be changed according to the format of the MR entity to be generated. For example, Fig. 7 (b) shows an MR entity having a numerical attribute. Then, the created MR entity is registered in the MR list (S304).

When creating the MR item, the user first selects an MR entity for constructing the MR item (S312). At this time, the MR item may be composed of a single MR entity or a combination of a plurality of MR entities. Thereafter, the selected MR entity is arranged to generate an MR item (S314), and the generated MR item is registered in the MR list (S316).

When generating the group MR items, one or more MR items to be included in the group MR items are selected (S322), and the selected MR items are appropriately arranged to generate the group MR items (S324). Thereafter, the generated group MR items are stored in the MR list (S326). The process is repeated until the MR item is no longer generated (S330).

On the other hand, a code unique to each layer is allocated to the generated MR items. For example, FIG. 7 (b) shows that the entity code T70 is set for the generated MR entity.

Through the above-described configuration, the medical information system of the present invention can easily acquire the desired result from the accumulated medical information data, and the data analysis is easy.

In addition, if there is a patient's special symptoms or special items that need to be recorded separately during the doctor's visit, the user can dynamically add the MR item to be added to the template template in use or reorganize the template template, There is an effect that can be achieved.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention.

Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments.

The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

Claims (13)

An electronic formatter in a medical information system,
An MR item management unit for generating an MR (Medical Record) item and storing the item in an MR list;
A form template management unit for generating a form template to include at least one of the MR items;
A menu processing unit for providing an MR item creation menu and a template template creation menu and transmitting the template template request from the user to the user terminal through the communication unit and displaying the template template on the screen; And
And a formatting unit for matching the medical examination information inputted from the user terminal with an MR item of the displayed form template to create an electronic form,
Wherein the form template management unit stores matching information on the MR items included in the form template,
The MR item management unit manages the MR item into three layers: an MR entity which is the minimum unit of the medical care information, an MR item which is a combination of one or more MR entities, and a group MR item which is a combination of one or more MR entities or MR items and,
The MR item management unit sets an entity code, an item code, and an item group code unique to each of the MR entity, the MR item, and the group MR item,
Wherein the grid type MR items included in the format template are configured such that each cell of a grid is composed of independent MR entities and that each of the cells of the grid has a property code of any one of the entity code, Lt; / RTI >
An MR item, or a group MR item with any one of the attribute code, the entity code, the item code, and the item group code as a condition value, and extracts, from the medical information stored in the database, Further comprising a data analyzing unit for extracting data, analyzing the data, and providing analysis result data,
The data analyzer compares the attribute code of the entity code, the item code, and the item group code assigned to each cell of the grid with the condition value of the search formula, and stores the data recorded in the corresponding cell in the other MR items Combine data with search results for,
The form processing unit inserts the requested MR item into the selected location of the template when there is a request to add the MR item from the user during input of the medical record, and stores the location information about the inserted location and the attribute information of the inserted MR item A new electronic format is stored as a separate file,
Electronic formatter in medical information system. delete delete delete The method according to claim 1,
And an electronic signature processing unit for recording the electronic signature of the creator in the created electronic form,
Electronic formatter in medical information system. A method for creating an electronic form in a medical information system,
Creating an MR (Medical Record) item and storing it in an MR list;
Selecting one or more MR items from the MR list and arranging the selected MR items to generate a form template;
Transmitting a template template request from a user to a user terminal through a communication unit and displaying the template template on a screen; And
And storing the examination information inputted from the user terminal in correspondence with the MR item of the displayed form template,
Wherein the MR item of the form template includes arrangement information in the form template,
The MR item is managed in three layers of an MR entity which is a minimum unit of medical information, an MR item consisting of a combination of one or more MR entities, and a group MR item consisting of a combination of one or more MR entities or MR items,
An entity code, an item code and an item group code unique to each of the MR entity, the MR item and the group MR item are set,
An MR item, or a group MR item with any one of the attribute code, the entity code, the item code, and the item group code as a condition value, and extracts, from the medical information stored in the database, Extracting data, analyzing the data, and providing analysis result data,
Wherein the grid type MR items included in the format template are configured such that each cell of a grid is composed of independent MR entities and that each of the cells of the grid has a property code of any one of the entity code, Lt; / RTI >
The providing of the analysis result data may include comparing the attribute code of any one of the entity code, the item code, and the item group code assigned to each cell of the grid with the condition value of the search formula, Collecting data by integrating with search results for other MR items,
If there is a request to add an MR item from a user during input of a medical record, a requested MR item is inserted into a selected position of the template, and position information on the inserted position and new electronic Further comprising the step of storing the form in a separate file,
A Method for Creating Electronic Forms in Medical Information System. delete delete The method according to claim 6,
After the step of displaying on the screen,
Further comprising inserting a further selected MR item in the MR list at a selected location of the displayed format template,
A Method for Creating Electronic Forms in Medical Information System. The method according to claim 6,
After the step of displaying on the screen,
Further comprising rearranging the MR items included in the displayed format template,
A Method for Creating Electronic Forms in Medical Information System. A method for creating a dynamic electronic form in a medical information system,
Transmitting the template template requested in response to the template template request from the user to the user terminal through the communication unit and displaying the template template on the screen;
Receiving a medical record inputted through a user terminal and storing the medical record corresponding to the corresponding MR item of the template template; And
Inserting a requested MR item into a selected location of the form template when there is an MR item addition request from a user during input of the medical record;
/ RTI >
The MR item is managed in three layers of an MR entity which is a minimum unit of medical information, an MR item consisting of a combination of one or more MR entities, and a group MR item consisting of a combination of one or more MR entities or MR items,
An entity code, an item code and an item group code unique to each of the MR entity, the MR item and the group MR item are set,
Wherein the grid type MR items included in the format template are configured such that each cell of a grid is composed of independent MR entities and that each of the cells of the grid has a property code of any one of the entity code, Are stored in a matching manner,
When an MR item inserted at the selected position is a grid type MR item, an attribute code of any one of an entity code, an item code and an item group code is set for each cell of the inserted grid, Is compared with the condition value of the search formula, the data stored in the corresponding cell is compared with the attribute code of the entity code, the item code, and the item group code assigned to each cell of the grid Collecting data by integrating with search results of other MR items, analyzing the collected data, and generating and providing analysis result data,
A Dynamic Electronic Form Generation Method in Medical Information System. 12. The method of claim 11,
Wherein the electronic form added with the MR item is stored separately from the form template,
A Dynamic Electronic Form Generation Method in Medical Information System. 12. The method of claim 11,
Further comprising the step of recording the electronic signature of the creator in the stored electronic form,
A Dynamic Electronic Form Generation Method in Medical Information System.

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