JP3428530B2 - Medical template editing system, medical template input system, and machine-readable medium recording a program - Google Patents

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to medical data input assistance such as progress records, summaries and reports in electronic medical records used in medical facilities such as hospitals, time series display of various medical data, graph display, etc. Medical template editing system for editing or creating a medical template to be used for data reference, a medical template input system for inputting various data using such a medical template, and a computer for such medical It belongs to the technical field of a machine-readable medium that records a program that functions as a template editing system or a medical template input system.

[0002]

2. Description of the Related Art In place of traditional medical charts, electronic medical charts that are capable of electronically inputting, storing, and displaying text data and numerical data using a computer are becoming popular. Regarding data input to electronic medical records, in addition to the method of simply typing text data on a blank sheet with a word processor method, check boxes or short text data can be checked on a data input screen called a template. There is also a method of inputting text data, numerical data, date / time data, etc. by inputting or numerical data in a predetermined box. By using such a medical template, various medical data can be efficiently entered in the electronic medical chart and easily retrieved later by a simpler input operation such as inputting text data having a large number of characters with few key operations. it can.

Conventionally, as such medical templates, various templates (for example, about 20 standard formats) having different numbers and positions of check boxes, different types and meanings of check boxes, etc. are prepared. When creating these, the code of the input component, the number of selections, the meaning of each selection (for example, “Yes”, “No”, “±”, etc.) are specified and suitable for a specific medical department or disease name. A template that allows simple input (for example, a template for findings after surgery, a template for basal body temperature in obstetrics and gynecology) is completed.

[0004]

However, the conventional work of creating a medical template is performed by a programmer who is familiar with the code of the input component, the code of the input component, the number of selections, and the position of the check box for selection. It is done by inputting and specifying etc. in the master file with a program code.For example, in order for hospital personnel such as doctors and medical staff to create medical templates that suit their own preferences, software production companies You must tell the programmer or system engineer to which you belong to your specific request (what kind of findings do you need to take, and what expressions do you need to make?), And have them make to order. Further, what screen the medical template to be finally produced provides can be understood only by unwrapping the master file completed by the code input designation by the programmer and expanding it on the screen. As a result, it is virtually impossible for a user of a medical template, such as a doctor or a medical clerk, to quickly create a new medical template format or modify an existing medical template format. There is a problem that it is possible.

Further, in this way, the input operation via the medical template made to order and the reference operation after the input are not flexible to the user such as a doctor, and the format is restricted. There are many problems that are not satisfactory.

The present invention has been made in view of the above-mentioned problems, and a user of a medical template such as a doctor or a medical staff can easily edit or create a desired medical template. An editing system, a medical template input system using such a medical template, and a machine-readable medium recording a program for causing a computer to function as such a medical template editing system or a medical template input system. The challenge is to provide.

[0007]

In order to solve the above-mentioned problems, the medical template editing system of the present invention is arranged on each sheet of (i) a medical template for inputting a predetermined type of medical data. A plurality of medical items to be defined respectively and the input formats of the plurality of medical items to be specified respectively, and a plurality of element data to which individual element name data are respectively given, and (ii) the respective sheets of the plurality of element data Storage means for storing a plurality of sheet-specific data, each of which includes layout data defining a pasting position on the top and each of which is given individual sheet name data,
In response to an element registration command, display data for displaying a list of a plurality of the sheet name data is generated, and is specified from the sheet name data displayed in the list or new in the sheet name data displayed in the list. Generates display data for displaying a list of one or a plurality of the element name data related to one or a plurality of element data belonging to one sheet-specific data related to one sheet name data to be registered, and displaying the list. To display the input format and the input item of the one element data related to the one element name data that is specified from the element name data that is specified or is newly registered in the element name data that is displayed in the list. Display processing means for generating display data of the sheet, and a plurality of sheet names according to a sheet registration command. Display data for displaying a list of data is generated, and one of the sheet name data specified by the sheet name data displayed in the list or newly registered in the sheet name data displayed in the list Second display processing means for generating display data for displaying one or a plurality of element data belonging to the sheet-specific data in the second format based on the corresponding arrangement data, and the first and second display processing. Display means for displaying the display data generated by the means, the element registration command and the sheet registration command can be input, and the one sheet name data can be designated from the listed sheet name data . , The first sheet name day
Is a novel can be registered in the sheet name data that the data has been the list, can be specified der the one of the element name data from the list displayed in the element name data
Ri, wherein a one of the elements name data can newly registered in the list displayed element name data, one of the to specify or newly registered one element name data was in a state of being displayed in the first format At least change the input format and input items of element data of
An editable by, is displayed in the first format
One element that has been designated or newly registered in the specified state
Input format of one element data related to
And input items can be edited by at least new selection
And an editing unit capable of editing at least one or a plurality of element data belonging to the one sheet-specific data while being displayed in the second format by adding, deleting, or rearranging.

According to the medical template editing system of the present invention, a user of a medical template such as a doctor or a medical clerk can quickly create a new medical template through a relatively simple editing operation. This makes it possible to appropriately create a template (sheet or element) suitable for each patient even during an input operation using a medical template. That is, the user of the medical template can be a creator of the medical template that can register a new sheet or a new element by the editing work.
“Sheet” here means 1 in the medical template.
A unit that makes up one (one) input screen (however, there are cases where one sheet can be displayed simultaneously on the screen and cases where it can be continuously displayed by scrolling on the screen) . Each sheet usually consists of a set of multiple input items (various check boxes, icons, text and numerical input fields), and constitutes an input screen for inputting various data related to one medical treatment for one patient, for example. To do. An "element" is a unit that makes up the input screen part for each individual item on one sheet, and it is usually a group of check boxes, text data, and numerical data that are alternatively selected for one input item. It consists of one input field for

According to the medical template editing system of the present invention, when an element registration command is input through the editing means during operation, the first display processing means and the display means respond to the input of a plurality of sheets. A list of name data is displayed. Then, when one sheet name data is specified from the sheet name data displayed in the list by the editing means, or when one sheet name data is newly registered in the sheet name data displayed in the list. A list of one or a plurality of element name data related to the one or a plurality of element data belonging to the one sheet-specific data related thereto is displayed. Then, when one element name data is designated from the listed element name data by the editing means, or one element name data is newly registered in the listed element name data. The input format and the input item of the one element data relating to this are displayed in the first format. still,
In the case of new registration, a default value (for example, blank) may be displayed as the input item and the input format. In this state, the editing means edits the input form and the input item of the one element data by at least changing or newly selecting.

Further, when a sheet registration command is input through the editing means, a plurality of sheet name data are displayed in a list by the second display processing means and the display means in response to this. Then, when one sheet name data is designated from the sheet name data displayed in the list by the editing means,
Alternatively, when one sheet name data is newly registered in the sheet name data displayed in the list, one or a plurality of element data belonging to the one sheet-specific data relating to this is changed to the corresponding layout data. Based on the second format. In this state, the editing means edits at least one of the element data belonging to the one sheet-specific data by adding, deleting or rearranging.

Therefore, the creator of the medical template, such as a doctor or a medical affairs staff, selects a sheet name data suitable for any patient from the list and further lists the element name data related to the element data belonging to this. By selecting from among the available sheet-specific data, and easily grasping what kind of sheet will be created on the display screen, you can use the editing work on the medical template editing system. New element data can be registered, and new sheet-specific data to which it belongs can also be registered.

In one aspect of the medical template editing system of the present invention, the sheet-specific data respectively includes creator data indicating a creator of each sheet and a medical classification indicating a medical classification into which each sheet is classified. Data is added, and at least one of the first and second display processing means refers to the creator data and the medical classification data to refer to the plurality of sheet name data as the creator and the medical classification. Display data for displaying a list for at least one of the sheets is generated, and the editing unit can add and delete the medical classification data related to the designated one sheet name data.

According to this aspect, the sheet name data is displayed in a list for each creator of each sheet, and the sheet name data is displayed in a list for each medical category. Therefore, the user of the medical template is the creator of each sheet. It becomes easy to find a suitable one for any patient from the list of sheet name data, using it as a foothold for medical classification, and use it as it is for that patient, or after making some modifications to it. It can be used for the patient.

Further, in this aspect, each of the sheets is classified by a plurality of medical classification systems, and the medical classification data can be assigned to each of the sheet-specific data for each of the plurality of medical classification systems. You may comprise.

According to this structure, the sheet name data is displayed in a list according to a plurality of medical categories, such as medical departments, medical points of time, and uses of medical data after input. Makes it easier to find a sheet suitable for an arbitrary patient from the list of sheet name data based on the medical classification of each sheet.

In another aspect of the medical template editing system of the present invention, the first format relates to the designated or newly registered element name data among a plurality of preset input format candidates. This is a format for highlighting the input format of element data of.

According to this aspect, when one element name data is designated or newly registered by the editing means, the input format of the one element data relating to this is selected from among a plurality of preset input format candidates. It is highlighted. Therefore, it is possible to reliably change or newly register the element data while visually recognizing the input format of the element data.

In another aspect of the medical template editing system of the present invention, the second format is the same format as that at the time of template input of each sheet.

According to this aspect, when one sheet name data is designated by the editing means, one or a plurality of element data belonging to the one sheet-specific data related thereto are
It is displayed in the same format as when the template for each sheet was input. Therefore, while surely visually grasping how each sheet in which the input item and the input format are defined by the one or more element data is actually displayed, the element data is surely changed, Can be deleted or rearranged.

In another aspect of the medical template editing system of the present invention, the editing means further includes one or more element data belonging to one sheet-specific data relating to the designated one sheet name data, It can be added by selectively designating a desired one from one or a plurality of element data belonging to other sheet-specific data.

According to this aspect, one or a plurality of element data belonging to one sheet-specific data is selected by selecting a desired one from a plurality of element data belonging to another sheet-specific data. Since the data can be added, it is possible to use the sheet-by-sheet data accumulated in the past and the element data belonging thereto in a very efficient manner.

In another aspect of the medical template editing system of the present invention, the editing means further deletes and designates a desired one from the list-displayed element name data, thereby deleting the designated element name data. It is possible to delete the element data related to the above-mentioned one sheet-specific data.

According to this aspect, it is possible to delete the element data relating to this by deleting and designating a desired one from the list-displayed element name data by the editing means. It becomes possible to reuse the accumulated sheet-specific data and the element data belonging thereto very efficiently.

In another aspect of the medical template editing system of the present invention, the editing means further deletes and designates a desired sheet name data from the list of sheet name data displayed in the list. It is possible to delete the sheet-specific data related to.

According to this aspect, it is possible to delete the sheet-specific data related to this by designating the desired one from the list-displayed sheet name data by the editing means. It is possible to reuse data and element data belonging to it very efficiently.

In another aspect of the medical template editing system of the present invention, the first display processing means further responds to the provisional display command by one element related to the designated or newly registered element name data. The display means for generating the display data for displaying the data provisionally in the same format as the part relating to the one element data at the time of template input of each sheet, and the editing means can further input the provisional display command. is there.

According to this aspect, when the provisional display command is input by the editing means during the editing operation of the one element data, the one element data is correspondingly input when the template of each sheet is input. It is provisionally displayed in the same format as the part related to one element data. Therefore, the editing work can be performed while visually and easily grasping how the portion related to the one element data is actually displayed in each sheet.

In another aspect of the medical template editing system of the present invention, the second display processing means further belongs to the sheet-specific data relating to the designated one sheet name data in response to the provisional display command. The display data for tentatively displaying one or more element data in the same format as the format at the time of template input of each sheet is generated, and the editing means further includes:
The temporary display command can be input.

According to this aspect, when the temporary display command is input by the editing means during the editing operation of one sheet-specific data, one or a plurality of elements belonging to the one sheet-specific data are responded thereto. The data is tentatively displayed in the same format as when the template of each sheet was input. Therefore, the editing work can be performed while visually and easily grasping how the sheet-based data is actually displayed.

In another aspect of the medical template editing system of the present invention, the medical template editing system is connected to the center device including the storage means via the communication means and the display means. And a plurality of terminal devices each including the editing means.

According to this aspect, since the plurality of terminal devices respectively include the above-mentioned display means and editing means and are connected to the center device including the above-mentioned storage means through the communication means, they are the same. It is very convenient because the data for each sheet and the element data can be shared by a plurality of terminal devices. It should be noted that such communication means includes, for example, wired, wireless, dedicated line, general line, telephone line and the like.

In order to solve the above-mentioned problems, the medical template input system of the present invention lists the above-mentioned medical template editing system of the present invention (including the system in the various aspects described above) and the plurality of sheet name data. Third display processing means for generating display data to be displayed, and for any patient from among a plurality of sheet name data displayed in a list on the display means based on the display data generated by the third display processing means Format for selecting each sheet based on one or more element data and layout data included in the sheet-specific data related to the sheet name data selected by the selecting means A fourth display processing means for generating display data for displaying in Ri and an input capable of input means the medical data according to the input format for each of the input fields on each sheet that is displayed on the display means based on the generated display data.

According to the medical template input system of the present invention, the above-mentioned medical template editing system of the present invention is provided, so that a user such as a doctor or a medical affairs manager can use the medical template editing system on each sheet that is also the creator. Medical data can be input by input means such as a keyboard and a mouse.

In order to solve the above-mentioned problems, a machine-readable medium recording the first program of the present invention is a computer, and the medical template editing system of the present invention described above (including the system in the various aspects described above).
To function as.

According to the machine-readable medium recording the first program of the present invention, a CD-ROM, a DVD-
The computer can be caused to function as the above-described medical template editing system of the present invention by executing the program recorded in the medium such as the ROM, the hard disk, or the RAM.

In order to solve the above problems, the machine-readable medium recording the second program of the present invention causes a computer to function as the above-mentioned medical template input system of the present invention.

According to the machine-readable medium recording the second program of the present invention, a CD-ROM, a DVD-
The computer can be caused to function as the above-mentioned medical template input system of the present invention by executing a program recorded in the medium such as a ROM, a hard disk, or a RAM.

The operation and other advantages of the present invention will be apparent from the embodiments described below.

[0039]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. In addition, each embodiment described below,
It is an embodiment in which both the medical template editing system and the medical template input system of the present invention are combined into one medical template editing and input system.
It goes without saying that these two systems can be constructed separately. (First Embodiment) FIG. 1 is a block diagram of a medical template editing and input system according to a first embodiment of the present invention.

In FIG. 1, the medical template editing and input system 1 includes, as hardware resources, known personal computers, workstations, medium-sized computers, large-sized computers, mobile computers (portable information terminals), electronic notebooks, and the like. The computer is composed of a storage device 2, an input device 3, a processing unit 4, a display device 5, a printing device 6, a communication unit 7, and a reading device 8.

The storage device 2 is a hard disk device or an IC.
(Integrated Circuit) A memory, a magnetic disk device, a magneto-optical disk device, and other known storage devices that are randomly accessible. A plurality of sheet-specific data files 21 are logically constructed in the storage device 2.

As shown in FIG. 2, each sheet-specific data file 21 includes sheet ID number data 250 indicating an ID number individually assigned to each sheet, sheet name data 261 indicating each sheet name, and each sheet name data 261. Classification based on the creator data 262 indicating the creator of the sheet and the first classification system (for example, a classification system based on the use of the template such as order, report, policy, current medical history, main complaint, test result, past history, medical examination finding, etc.) Classification data (II) 272 based on data (I) 271, second classification system (for example, obstetrics and gynecology, obstetrics, gynecology, etc.), third classification system (for example, S
(Subjective) O (Objective) A (Assessment) P (P
(lan) and classification data ( at the time of chart input) (II
I) 273, a plurality of element data (NO. 1 to N
O. n) Stores sheet-specific data including 280 and layout data 290. The processing unit 4 (see FIG. 1) uses the sheet I.
An arbitrary sheet-specific data file 21 can be searched by the D number data 250. If a new sheet-specific data file 21 is created, a new ID
The number data 250 is added.

In FIG. 2, each element data 280
Includes element name data 281, which is individually assigned to each element, input format data 282 that defines the input format of the medical item in each element, and input item data 283 that defines the medical item. Placement data 290
Defines the pasting position on the sheet of a plurality of element data belonging to the one (one) sheet. The storage order of the element data 280 may be the arrangement data 290.

However, instead of storing a plurality of element data 280 relating to a plurality of elements belonging to each sheet, as shown in FIG.
1 ′ stores the element ID numbers individually assigned to these element data 280 as a list 280 ′ (in this case, the storage order is the arrangement data 2).
90 ') and, on the other hand, the element data stored in the element data file 286 separately constructed in the storage device 2 and given the respective element ID numbers 285, and the element numbers in the list 280'. May be associated with each other. According to this structure, although the data structure is complicated, it is possible to appropriately read the element data relating to the elements belonging to each sheet while sharing the same element data among a plurality of sheet-specific data.

Referring again to FIG. 1, the processing unit 4 is a CPU.
(Central Processing Unit), and includes a display processing unit 41 and an edit processing unit 42.

The display processing section 41 constitutes an example of a first display processing means, and a plurality of sheet name data 26 are generated in accordance with an element registration command input via the input device 3.
1 (see FIG. 2) is generated, and display data for displaying a list is generated, and the sheet name data 26 designated or displayed from the sheet name data 261 displayed in the list is displayed.
One or a plurality of element name data 281 related to one or a plurality of element data 280 (see FIG. 2) belonging to one sheet-specific data related to one sheet name data 261 newly registered in 1 are displayed as a list. Of the element name data 281 that is specified from the element name data 281 displayed in the list or newly registered in the element name data 281 displayed in the list. 280
Input format data 282 and input item data 28 in
Display data for displaying 3 (see FIG. 2) in the first format is generated. Further, the display processing unit 41 constitutes an example of a second display processing unit, and lists a plurality of sheet name data 261 (see FIG. 2) according to a sheet registration command input via the input device 3. The display data for displaying is generated, and the sheet name data 26 displayed in the list is displayed.
One or a plurality of element data 280 (see FIG. 2) belonging to one sheet-specific data related to one sheet name data 261 newly designated in the sheet name data 261 specified from 1 or displayed in the list. Is generated in the second format on the basis of the arrangement data 290 (see FIG. 2) corresponding thereto.

The display device 5 is a CRT (Cathode Ray Tub).
e) A well-known display device such as a device or an LCD (liquid crystal display device), which displays the display data generated by the display processing unit 41.

The printing device 6 is a well-known printing device such as a laser beam printer or an ink jet printer, and prints out the display data displayed on the display device 5 in response to a print command. The printing device 6 may be of color or monochrome type.

The communication unit 7 uses the sheet-specific data file 21.
Includes a modem and the like for exchanging various files and data including and with other computers. The communication unit 7 includes, for example, another large computer, a personal computer, a mobile computer (portable information terminal), via a communication line such as a wired line, a wireless line, a dedicated line, a general line, and a telephone line.
It is tied to an electronic organizer.

The reading device 8 is composed of, for example, a CD-ROM drive, a DVD-ROM drive, an FD (floppy disk) drive, etc., and is a CD-ROM, a DVD-R.
The computer program recorded on the recording medium 8a such as OM and FD is read. The machine-readable computer program causes a computer, which is a hardware resource of the medical template editing / input system 1, to function as the medical template editing / input system. It should be noted that a part or all of the sheet-specific data file 21 constructed in the storage device 2 is stored in the recording medium 2a.
It may be recorded in the memory and read as needed. In particular, since the sheet-specific data file 21 used for a general template can be created at the time of creating a computer program and has high versatility,
It is convenient to store the computer program together with the computer program in the recording medium 8a in advance.

In the present embodiment, in particular, the editing processing section 42 and the input device 3 constitute an example of editing means.

The input device 3 comprises a keyboard, a ten-key switch, a mouse, a trackball, an input pen, an input tablet and the like.

The input device 3 and the edit processing section 42 are configured so as to be able to specify an arbitrary position of the image displayed on the display device 5, and particularly the above-mentioned element registration command and sheet registration command can be input. Further, one sheet name data 261 (see FIG. 2) can be designated from the sheet name data 261 listed on the screen of the display device 5 or can be newly registered in the listed sheet name data 261. , One element name data 281 (see FIG. 2)
Can be specified from the element name data 281 displayed as a list, or the element name data 28 displayed as a list
It is possible to newly register in 1. The input format data 2 in the one element data 280 related to the designated or newly registered one element name data 281 is displayed in the first format on the screen of the display device 5.
82 and input item data 283 (see FIG. 2) can be edited by changing or new selection, and one or more belonging to one sheet-specific data 261 while being displayed on the screen of the display device 5 in the second format. Multiple element data 2
80 can be edited by adding, deleting or rearranging.

Further, in the present embodiment, the display processing unit 41 is
It also has a function as a third display processing means, and generates display data for displaying a list of a plurality of sheet name data in the third format. The input device 3 also has a function as a selection unit, and selects a desired patient from a plurality of sheet name data 261 displayed on the display device 5 based on the display data for displaying in the third format. The desired one can be selected. Further, the display processing unit 41 also has a function as a fourth display processing unit, and one or a plurality of element data 280 included in the sheet-specific data related to the sheet name data 261 selected by the input device 3 and Display data for displaying each sheet in the fourth format is generated based on the arrangement data 290. Then, the input device 3 also has a function as an input means, and according to the input format for each input item on each sheet displayed on the display device 5 based on the display data for displaying in the fourth format, the medical device It is configured to be able to input data.

FIG. 4 shows a display example in the first format (hereinafter referred to as an element registration screen), FIG. 5 shows a display example in the second format (hereinafter referred to as a sheet registration screen), and a third example. A display example in the format (hereinafter referred to as a sheet selection screen) is shown in FIG. 6, and a display example in the fourth format (hereinafter referred to as a template input screen) is shown in FIG.

Here, the display examples of FIGS. 4 to 7, the flow chart showing the element registration operation shown in FIG. 8, the flow chart showing the sheet registration operation shown in FIG. 9, and the flow chart showing the sheet selection and template input operation shown in FIG. , And the display example of FIG. 11 (template confirmation screen), various operations in the first embodiment will be described. The element registration operation and the sheet registration operation are performed when the creator of the template such as a doctor creates a desired template in advance prior to using the template. In the sheet selection operation, a user of a template such as a doctor selects a desired sheet for a specific purpose (for example, for creating an electronic medical chart related to a specific medical department of a specific patient) from a large number of sheets that have already been created and accumulated. The template input operation is performed at the time of actually inputting medical data using the specific sheet thus selected.

First, the element registration in this embodiment will be described with reference to FIGS.

The element registration screen 100 is displayed on the input device 3
It is displayed on the display device 5 in response to an element registration command input via. First, on the element registration screen 100, a sheet list 102 that displays a list of a plurality of sheets created by the operator is displayed (step S1). Here, one sheet corresponds to one sheet-specific data file 21 shown in FIGS. 1 and 2, and the sheet list 1
02 shows a plurality of sheet name data 261 stored in a plurality of sheet-specific data files 21.

Next, the designation of one sheet in the sheet list 102 is monitored (step S2). The designation includes selection of an existing sheet in the sheet list or new registration in the sheet list. Sheet list 1
One of the sheets 02 (in this example, “Obstetrics and Gynecologic Surgery Findings”) is designated (selected) by a cursor operation or the like using the input device 3, and is highlighted. Sheet list 1
In 02, existing sheets are listed, but a new sheet (sheet-specific data file 21) is newly registered by inputting a new sheet name in the sheet name entry field 103a and operating the add button 103. It is also possible. Conversely, by operating the delete button 104, it is possible to delete an existing sheet (sheet-specific data file 21). The "highlight display" here means a display having a different display form, color, brightness, darkness, etc. For example, the selected one is displayed with a thick line, an embossed line, red characters or high brightness, and is selected. Those that are not displayed are displayed in thin lines, black characters, and low brightness.

When one sheet is thus selected or newly registered (step S2: YES), a list 110 of elements belonging to the sheet thus selected or newly registered is displayed (step S3). Here, one element is one element data 2 shown in FIG.
Corresponding to 80, displayed in the element list 110 is a plurality of element name data 281 included in a plurality of element data belonging to the same sheet-specific data file 21. For example, when an existing sheet is selected in the sheet list 102, one or more elements belonging to the sheet are displayed in the element list 110 as a list. Alternatively, when a newly registered sheet is selected in the sheet list 102, no element is displayed in the element list 110 at the time of new registration. One or a plurality of (newly registered) elements belonging to the element list 110 are displayed in a list.

Next, the designation of one element in the element list is monitored (step S4).

Element list 11 in step S4
When an element is newly registered in 0, a plurality of input method candidates (input methods 1, 2, ...) Displayed in the “input method” column are preset by operating the new button 111. One of the input formats 105 is selected by a cursor operation or the like using the input device 3 (step S5). For example, as input method candidates, various preset elements such as an element for inputting a check box, an element for inputting a numeric value, an element for free text, and an element for an element list box (specifying multiple items) for date input Can be raised. The input method candidate 105 selected in this way is highlighted. Then, according to the attribute of the selected input method candidate 105, the total number of check boxes unique to each input method candidate 105, the unit attached to each check box, and the title of each check box in the input format detail determination tool column 105a. Details such as are entered for the element.
Along with this, a new element name is input as text in the element name entry field 115, and the item name actually displayed on the sheet is entered as text in the item name entry field 117 (step S6). At this time, the element name (element name data) entered in the element name entry field
Can also be copied to the item entry field by operating the “copy to item name” button 116. In this way, the element for which the input format and input item are specified is
How it is displayed on the sheet is displayed in the element preview area 118 (step S8). Therefore, it is obvious at a glance how the elements currently registered (new registration) are finally displayed on the template input screen (see FIG. 7). As described above, each element data 280 is input by the input operation of the element name, the input format, and the input item on the element registration screen 100.
(Element name data 281, input format data 282
And input item data 283) are newly registered.

Alternatively, when an existing element displayed in the element list 110 is designated in step S4, the element to be changed (element name data 281) is changed from the element list 110 by operating the change button 112. Based on the input format data 282 and the input item data 283 in the element data 280 corresponding to the designated, the input method candidate 105 that has already been selected is highlighted, and the element name and the input item that have already been input are displayed. Texts are displayed in the element name entry field 115 and the item name entry field 117, respectively. In this state, when changing the input format, the desired input format is selected from the plurality of input method candidates (input methods 1, 2, ...) 105 displayed in the “input method” column. It is selected by a cursor operation or the like using 3 (step S5). Then, the selected input method candidate 10
Input format detail determination tool column 105a according to the attribute of 5
In, details such as the total number of check boxes unique to each input method candidate 105 are input for the element.
Along with this, when changing the element name or item name, the element name entry field 115 or the item name entry field 11
A new element name or item name is text-inputted to 7 (step S6). How the element for which the input format and the input item are designated is displayed on the sheet is displayed in the element preview area 118 (step S8). Therefore, it is obvious at a glance how the element currently being changed is finally displayed on the template input screen (see FIG. 7). In this way, the element name on the element registration screen 100,
The element data 280 (the element name data 281, the input format data 282, and the input item data 283) is changed by the input operation of the input format and the input item.

Next, it is judged whether or not the next element is designated for the elements displayed in the element list 110 (step S9), and if there is designation (step S9).
9: YES), the process returns to steps S5 and S6 described above, and the same processing is performed on the newly designated element. On the other hand, if the next element is not designated (step S9: NO), it is determined whether or not the next sheet is designated for the sheet displayed in the sheet list 102 (step S10), and if there is designation (step S10 :). Yes),
Returning to step S3 described above, the same processing is performed for the newly designated sheet. On the other hand, if the next sheet is not designated (step S10: NO), the presence or absence of the designation of the element in the next step S9 and the presence or absence of the designation of the sheet in step S10 are monitored until the end command is issued (step S11). ).

Finally, when the end button 119 is operated (step S11: YES), a series of element registration operations are ended, and the sheet-specific data file 2 shown in FIG.
The element data 280 in 1 is updated.

Through the series of processes described above, it is possible to change existing elements belonging to a specific sheet and register new elements by a relatively simple input operation on the element screen 100.

When deleting the existing element displayed in the element list 110, the delete button 113 is operated. As a result, the element registration screen 10
The input operation on 0 deletes the element data 280 (element name data 281, input format data 282, and input item data 283). In addition, the sheet list list 10 displayed on the element registration screen 100
2 is the desired classification (classification data (I) 271 and classification data (II) 2 shown in FIG.
By inputting 72), it is possible to list only the sheets that belong to a desired classification based on the classification among all the sheets created by the operator.

Further, in the present embodiment, the preview in step S8 may be configured to be automatically displayed in accordance with the new registration or change of the element, or the preview command input via the input device 3 may be used. Accordingly, the newly registered or changed element data 280 may be tentatively displayed in the same format as the portion related to the element data 280 of the format at the time of template input of each sheet. In any case,
The editing work can be performed while visually and easily grasping how the part related to the one element data 280 is actually displayed in each sheet when the template is input.

Sheet registration in this embodiment will be described below with reference to FIGS. 5 and 9.

The sheet registration screen 120 is displayed on the display device 5 in response to a sheet registration command input via the input device 3. In the present embodiment, while the element registration screen 100 shown in FIG. 4 is being displayed, a sheet is moved from the element registration screen 100 by a click operation or the like by placing the cursor on the tag portion of the sheet registration screen 120 displayed at the upper right end of the element registration screen 100. By switching to the registration screen 120 instantaneously, or conversely, while the sheet registration screen 120 shown in FIG. 5 is being displayed, by clicking the tag operation on the tag part of the element registration screen 100 displayed at the upper left end, The sheet registration screen 120 can be instantly switched to the element registration screen 100.

First, on the sheet registration screen 120, a sheet list 121 for displaying a list of a plurality of registered sheets created by the operator or another person is displayed (step S2).
1). Here, one sheet corresponds to one sheet-specific data file 21 shown in FIGS. 1 and 2, and what is displayed in the sheet list 121 is stored in a plurality of sheet-specific data files 21. Multiple sheet name data 2
61.

Next, the designation of one sheet in the sheet list 102 is monitored (step S22). Here, one sheet in the sheet list 121 (in this example,
"Past calendar (for women)" is designated (selected) by cursor operation or the like using the input device 3, and is highlighted. At this time, existing sheets are listed in the sheet list 121, but by inputting a new sheet name in the sheet name entry field 123a and operating the add button 123, a new sheet (data file for each sheet) 21)
Can be newly registered. Conversely, delete button 1
By operating 24, it is possible to delete the existing sheet (sheet-specific data file 21).

When one sheet is thus selected or newly registered (step S22: YES), a list 132 of elements (selected elements) belonging to one sheet thus selected or newly registered is displayed. (Step S23). Here, one element corresponds to one element data 280 shown in FIG.
Displayed in the element list 132 are a plurality of element name data 281 included in a plurality of element data 280 belonging to one sheet-specific data file 21.

In the present embodiment, in particular, on the right side of the sheet list 121, the display field 125 for classification 1 and the display field 12 for classification 2 are displayed.
8 and classification 3 display fields 131 are provided, and these include sheet-specific data files for each designated sheet.
Classification data (I) 271, classification data (II) 272 and classification data (III) 273 stored in file 21.
(See FIG. 2) is displayed. In this way, the classification data (I) 271 displayed in the display field 125 is the add button 1
It can be added by specifying 26 and inputting into the classification 1 entry field 126a, and can be deleted by specifying the delete button 127. Similarly, the classification data (II) 272 thus displayed in the display field 128 can be added by designating the add button 129 and inputting in the class 2 entry field 129a, and can be deleted by designating the delete button 130. is there.
Further, in the example shown in FIG. 5, the display columns 125 and 12 of each classification
In 8 and 131, the classification corresponding to the designated sheet among the plurality of classifications is highlighted. It should be noted that such classification is for enhancing convenience in creating and using sheets, and sheet registration work is possible without intentionally selecting (registering).

Further, in the sheet registration screen 120, the sheet creator data 262 (see FIG. 2) stored in the sheet-specific data file 21 relating to the designated sheet may be displayed, or A sheet list 12 including only sheets created by a specific sheet creator by providing a sheet creator designation field on the sheet registration screen 120 or the like.
It may be configured to display 1. Similarly, it may be configured to display a sheet list 121 including only sheets belonging to a specific category (and only sheets created by a specific sheet creator and belonging to a specific category).

As described above, after the element list 132 is displayed in step S23, or in parallel with this, the element data 280 (corresponding to one or a plurality of elements (element name data 281) displayed in the element list 132 ( The input format data 282 and the input item data 283) are read from the sheet-specific data file 21, and the sheet portion 1 including these element data is read.
33 is displayed on the sheet registration screen 120 in the same format as that at the time of template input of each sheet (step S24). More specifically, in FIG. 5, the upper left portion of one sheet made up of separate elements corresponding to the gynecological past calendar, the menstrual calendar, the menstrual period, ... Is displayed.

However, in this embodiment, the seat portion 133
Is displayed at the same time as the sheet list 121, the element list 132, etc., and is therefore displayed only in a half area (about right half area) of the sheet registration screen 120. Therefore, by scrolling up and down and left and right using the up and down scroll bar 135 and the left and right scroll bar 136, the entire image of the sheet finally displayed at the time of template input is visually recognized. Incidentally, in response to the provisional display command, the sheet can be provisionally displayed in the same format as that at the time of inputting the template, over the sheet registration screen 120, in almost the entire area of the display screen. In any case, while visually recognizing how the one sheet is actually displayed when the template is input,
Can edit. Further, in accordance with a content confirmation command for an electronic medical record or the like, as shown in FIG. 11, a content confirmation screen 190 such as an actual medical record for which medical data is input by template input is provisionally displayed. You may.

Next, it is judged whether or not there is an instruction to change the element in the element list 132 (step S2).
5). If there is an element change command (step S25: YES), the element is changed (step S26). In particular, the present embodiment is configured to efficiently reuse the existing sheet and especially the individual elements constituting the existing sheet when the element is changed.
That is, a desired creator name (doctor name, etc.) is input to the creator selection field 141, a desired medical department type is input to the medical care department selection field 142, and a desired classification is input to the classification selection field 143. As a result, among the sheet-specific data already stored in the storage device 2 as the sheet-specific data file 21, a list of sheets that are close to the sheet to be created by the sheet creator or are considered to be useful for creating the sheet, That is, a list of sheets limited to these input creators and classifications (hereinafter referred to as an element selection sheet list)
144 is displayed. Further, when one sheet is selected from the element selection sheet list 144, an element list 145 composed of one or a plurality of elements belonging to this is displayed. Here, the element data 280 relating to all the elements (element names) in the element list 145 is copied into the element list 132 by operating the copy all button 151. By operating the partial copy button 152, the element data relating to the selected element in the element list 145 is copied into the element list 132. By operating the partial delete button 153, the element data related to the selected element in the element list 132 is deleted. Then, by operating the up move button 154, the element list 132
The display position in the sheet of the selected element among the above is moved up, and by operating the down move button 155,
The display position of the selected element in the sheet in the element list 132 is configured to move downward (that is, the listing order of the element list 132 corresponds to the display order of the elements in the sheet as it is. Attached).

Thus, in this embodiment, step S2
In 6, it is possible to efficiently reuse the sheets accumulated in the past and the individual elements constituting the sheets.

On the other hand, if there is no element change in step S25 (step S25: NO), then it is determined whether or not the next sheet is designated for the sheet displayed in the sheet list 121 (step S27), and the designation is made. If there is (step S27: YES), the process returns to step S23 described above, and the same processing is performed on the newly designated sheet. On the other hand, if the next sheet is not specified (step S
27: NO), until the end command is issued, step S2
Change of selected element in step 5 or step S
The designation of the sheet in 27 is monitored (step S
28).

Finally, when the end button 159 is operated (step S28: YES), a series of element registration operations are ended, and the sheet-specific data file 2 shown in FIG.
The element data 280 in 1 is updated.

By the series of processing described above, it becomes possible to perform additional registration and change registration of a sheet by a relatively simple input operation on the sheet registration screen 120.

Next, with reference to FIGS. 6, 7, 10 and 11, sheet selection and template input operations in this embodiment will be described.

First, a template is used to specify a patient who is a target of an electronic medical chart or the like to input medical data (step S31). At this time, the basic data of the medical department, the doctor in charge, and the like related to the electronic medical record are also input.

Next, the sheet selection screen 160 shown in FIG. 6 is displayed on the display device 5 in response to the sheet selection command input through the input device 3 (step S32).

On the sheet selection screen 160, a sheet list 173 displaying a list of a large number of registered sheet names (sheet name data 261) accumulated in the storage device 2 is displayed. Also, a doctor-specific button 161, a department-specific button 162, a doctor selection field 165, a clinical department selection field 166, and a first classification selection field 1 for conditioning the sheets to be displayed in a list.
71 and the second classification selection field 172 are displayed. And
The on / off operation of the doctor-specific button 161 and the department-specific button 162, the doctor selection field 165, and the clinical department selection field 16
6, the sheets to be displayed in a list are conditioned by input in the first classification selection field 171 and the second classification selection field 172 (step S33). More specifically, based on the sheet name data 261, the sheet creator data 262, etc. (see FIG. 2), the doctor-specific button 161 is turned on and the desired doctor name is input or selected in the doctor selection field 165. As a result, only the names of the sheets created by the doctor indicated by the doctor name are listed in the sheet list 173. Alternatively, by turning on the department button 162 and inputting or selecting a desired department name in the department selection field 166, the name of the sheet created by the doctor who belongs to the department indicated by the department name. Only sheet list 1
Listed in 73. Furthermore, classification data (I) 27
1. By inputting or selecting a desired classification in the first classification selection field 171 or the second classification selection field 172 based on the classification data (II) 272, etc., only the names of the sheets belonging to the classification are listed in the sheet list. A list is displayed in 173.

Next, the sheet list 1 displayed in this way
A desired sheet is selected from 73 by operating the cursor on the input device 3 or the like (step S34).

Then, the selected sheet is displayed in the sheet format at the time of template input.
That is, the template input screen 180 of FIG. 7 is displayed (step S35). Subsequently, on the template input screen 180, various medical data are input to various check boxes 183, text input fields 184, etc. in the input fields 182, 183, ... Defined by each element data 280 (step S36). . Note that in the upper left of the template input screen 180, the sheet name that is also defined by the element data 280 (in this example, "

[Main complaint] ") is displayed.

Subsequently, it is determined whether or not confirmation of the contents of the electronic medical record or the like corresponding to the template for which input has been completed is requested (step S37). When the content confirmation is requested (step S37: YES), for example,
A confirmation screen 190 such as an electronic medical record, which is obtained by expanding the medical data contents input to the template as shown in FIG. 11, into characters is displayed on the display device 5 (step S38).
After confirmation, the contents stored in the storage device 2 are updated with the input data (step S39), and a series of sheet selection and template input operations are completed. Alternatively, step S37
If the contents confirmation is not requested in (step S3)
7: NO), the process directly proceeds to step S39, the stored contents in the storage device 2 are updated by the input data, and a series of sheet selection and template input operation is completed.

The sheet selection screen 160 shown in FIG. 6 displays a list 174 with dates of sheets (templates) input in the past so that sheets can be efficiently selected. A dated list 176 of sheets (templates) with values is also displayed. Each of the plurality of sheets displayed in the lists 174 and 176 is displayed as a template input screen 180 similar to that shown in FIG. 7 by a cursor operation or the like. Therefore, it is possible to appropriately refer to the template input in the past, and it is also possible to register the template in which the default value is input on the template input screen shown in FIG. 7 as a sheet with a default value (template). By giving an appropriate name to the value-added sheet and displaying it in the list 176, the default value-added sheet can be effectively used thereafter. On the other hand, these lists 174 and 1
76 can be deleted by a "delete past input" button 175 for deleting designated past inputs and a "delete default value" button 177 for deleting default values, respectively. (Second Embodiment) A second embodiment of the present invention will be described with reference to FIG.

In FIG. 12, the medical template editing and input system according to the second embodiment includes a plurality of units connected via a communication line, and a storage device 2a for storing a plurality of sheet-specific data files 21. It is provided on the side of the center device 1a, which is an example of one unit,
The input device 3, the processing unit 4, and the display device 5 are respectively provided on the terminal device 1b side, which is an example of the other unit.
The center device 1a includes a large-sized computer, a host computer, a server, etc., and the seat-specific data file 2
1 has a large-scale storage device 2a. The terminal device 1b includes a personal computer, a workstation, a mobile computer (portable information terminal), an electronic notebook, and the like. Then, for example, the plurality of sheet-specific data files 21 stored in the storage device 2a of the center device 1a, the input device 3, the processing unit 4, and the display device 5 provided in the terminal device 1b are connected to the communication unit 7a (center). Device 1a
Side) and the communication unit 7b (on the side of the terminal device 1b) are connected via a communication line such as a wired, wireless, leased line, general line, or telephone line. Therefore, a large-scale storage device 2a provided in the center device 1a is provided with a plurality of sheet-specific data files 21 and a plurality of terminal devices 1b are provided, so that the same data is stored in a plurality of terminal devices 1b. It is also possible to share. The processing units 4a and 4b may be provided in either the center device 1a or the terminal device 1b. In this embodiment, a large number of sheet-specific data files 21 and data sets stored in the storage device 2a of the center device 1a are stored in a plurality of terminal devices 1b.
This is advantageous in practice because it does not require a large-scale storage device for storing a large number of sheet-specific data files 21 in each terminal device 1b. In particular, the same sheet-specific data and element data can be shared by a plurality of terminal devices, which is very convenient.

[0092]

As described in detail above, according to the medical template editing system of the present invention, a user of a medical template such as a doctor or a medical affairs manager can select any patient from the list of sheet name data. By selecting a suitable one and selecting the element name data related to the element data belonging to this from the list, the accumulated data for each sheet is fully used and what kind of sheet is created is displayed. While easily grasping on the screen, new element data can be registered through the editing work on the medical template editing system, and new sheet data to which this belongs can be registered. Especially in this case,
Since it is not necessary to input and specify the element code and check box position in the master file with program code, without a programmer or system engineer,
The user of the medical template such as a doctor or a medical affairs person can quickly create a new medical template through the editing work as the creator of the medical template.

According to the medical template input system of the present invention, the above-described medical template editing system of the present invention is provided, so that a user such as a doctor or a medical affairs staff can use the medical template editing system on each sheet that is also the creator. Medical data can be input by input means such as a keyboard and a mouse. That is, the flexibility is high via the template of the desired format, and the input operation which is particularly satisfactory for the user himself / herself can be performed.

Further, according to the machine-readable medium in which the program of the present invention is recorded, a general-purpose or special-purpose computer can be made to function as the medical template editing or medical template input system of the present invention as described above.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of a medical template editing and input system according to a first embodiment of the present invention.

FIG. 2 is a conceptual diagram showing the configuration of a sheet-specific data file constructed in the storage device in the first embodiment.

FIG. 3 is a conceptual diagram showing a modified configuration of a sheet-specific data file constructed in the storage device in the first embodiment.

FIG. 4 is a plan view showing an example of an element registration screen image-outputted according to the first embodiment.

FIG. 5 is a plan view showing an example of a sheet registration screen on which an image is output according to the first embodiment.

FIG. 6 is a plan view showing an example of a sheet selection screen on which an image is output according to the first embodiment.

FIG. 7 is a plan view showing an example of a template input screen on which an image is output according to the first embodiment.

FIG. 8 is a flowchart showing an element registration operation in the first embodiment.

FIG. 9 is a flowchart showing a sheet registration operation in the first embodiment.

FIG. 10 is a flowchart showing sheet selection and template input operations in the first embodiment.

FIG. 11 is a plan view showing an example of a confirmation screen on which an image is output according to the first embodiment.

FIG. 12 is a block diagram showing a configuration of a medical template editing and input system according to a second embodiment of the present invention.

[Explanation of symbols]

1 ... Medical template editing and input system 2 ... Storage device 3 ... Input device 4 Processing unit 5 ... Display device 6 ... Printing device 7 ... Communication section 8 ... Reader 21 ... Sheet-specific data file 41 ... Display processing unit 42 ... Editing processing section 100 ... Element registration screen 120 ... Sheet registration screen 160 ... Sheet selection screen 180 ... Template input screen 190 ... Confirmation screen

Continuation of the front page (56) Reference JP-A-7-36646 (JP, A) Multimedia Electronic Medical Record "Doctor Soft", Medical and Computer, April 20, 1999, Volume 10, No. 4, 86-90 Electronic medical record with page template function and its application in the field of internal medicine for collagen disease, Proceedings of the 15th Joint Conference on Medical Informatics, 1995, 575-578 Development of electronic medical record in template system, medical treatment and computer, 1998 November 20, Vol.9, No.11, pp.12-17 Electronic medical records supporting four kinds of templates and their use experience, Proceedings of 17th Medical and Informatics Union Conference, November 1997 (58) Field (Int.Cl. ⁷ , DB name) G06F 17/60

Claims (14)

(57) [Claims] 1. (i) Defining a plurality of medical items to be arranged on each sheet of a medical template for inputting a predetermined type of medical data, and defining an input format of the plurality of medical items, respectively. And individual sheet name data each including a plurality of element data to which individual element name data is respectively given, and (ii) arrangement data that defines a pasting position of the plurality of element data on each sheet. Storage means for storing a plurality of attached sheet-specific data and display data for displaying a list of the plurality of sheet name data in response to an element registration command, and from the sheet name data displayed in the list, It belongs to one sheet-specific data related to one sheet name data newly designated in the sheet name data specified or displayed in the list. Display data for displaying a list of one or a plurality of the element name data respectively relating to one or a plurality of element data is generated, and is designated from the element name data displayed in the list or the element name displayed in the list According to a sheet registration command, first display processing means for generating display data for displaying the input format and the input item of the one element data related to the one element name data newly registered in the data. Display data for displaying a plurality of the sheet name data in a list, and designated from the sheet name data displayed in the list or newly registered in the sheet name data displayed in the list. Corresponds to one or more element data belonging to one sheet-specific data related to sheet name data Second display processing means for generating display data for displaying in a second format based on the display data, display means for displaying the display data generated by the first and second display processing means, and the element registration a possible input command and the sheet registration instruction may be specified wherein the one sheet name data from the list displayed sheet name in data, the one
The sheet name data of can be newly registered in the listed sheet name data, the one element name data can be specified from the listed element name data , and the one element name data can be The element name data which can be newly registered in the element name data displayed in the list above, and which is the element data relating to the designated or newly registered one element name data in the state displayed in the first format. an editable by at least changing the input format and input fields, the first Four
Designated or newly registered as displayed in matte
Element data related to the other element name data
Data input format and input items by at least new selection
Edit means that is editable and is capable of being edited by at least adding, deleting, or rearranging one or more element data belonging to the one sheet-specific data while being displayed in the second format A medical template editing system characterized by. 2. The sheet-specific data is provided with creator data indicating a creator of each sheet and medical classification data indicating a medical classification into which each sheet is classified, respectively. At least one of the two display processing means refers to the creator data and the medical classification data to display a list of the plurality of sheet name data for at least one of the creator and the medical classification. The medical template editing system according to claim 1, wherein the editing means is capable of adding and deleting medical classification data related to the designated one sheet name data. 3. The sheets are classified by a plurality of medical classification systems, and the medical classification data can be given to each of the sheet-specific data for each of the plurality of medical classification systems. The medical template editing system according to claim 2. 4. The first format is a format for highlighting an input format of one element data related to the designated or newly registered one element name data among a plurality of preset input format candidates. The medical template editing system according to any one of claims 1 to 3, wherein 5. The medical template editing system according to claim 1, wherein the second format is the same format as the format at the time of inputting the template of each sheet. 6. The editing means further includes one or more element data belonging to one sheet-specific data related to the designated one sheet name data, and one or more element data belonging to another sheet-specific data. The medical template editing system according to any one of claims 1 to 5, which can be added by selectively designating a desired one from the element data. 7. The editing means further specifies the desired one of the listed element name data by deleting the desired element data, so that the element data relating to the element name data designated for deletion is specified in the designated sheet. The medical template editing system according to claim 1, wherein the medical template editing system can be deleted from another data. 8. The editing means is further capable of deleting sheet-specific data relating to the sheet name data designated for deletion by designating deletion of a desired one from the listed sheet name data. Claim 1 characterized by
7. The medical template editing system according to any one of items 1 to 7. 9. The first display processing means further tentatively inputs one element data relating to the designated or newly registered one element name data in response to a provisional display command when the template of each sheet is input. 9. The display data to be displayed in the same format as the part relating to the one element data in, is generated, and the editing means can further input the temporary display command. The medical template editing system according to any one of claims. 10. The second display processing means further responds to a provisional display command by providing one or a plurality of element data belonging to sheet-specific data relating to the designated one sheet name data as a template of each sheet. 10. The display data for temporarily displaying in the same format as that at the time of input is generated, and the editing means can further input the temporary display command. The medical template editing system according to item 1. 11. The medical template editing system includes a center device including the storage unit, and a plurality of terminal devices connected to the center device through a communication unit and including the display unit and the editing unit, respectively. The medical template editing system according to any one of claims 1 to 10, wherein the medical template editing system comprises: 12. The medical template editing system according to any one of claims 1 to 11, a third display processing unit that generates display data for displaying a list of the plurality of sheet name data, Selecting means for selecting a desired one for a given patient from a plurality of sheet name data displayed on the display means based on the display data generated by the third display processing means; Fourth display processing means for generating display data for displaying each sheet in the format at the time of template input based on one or a plurality of element data and arrangement data included in the sheet-specific data related to the sheet name data, The input item on each sheet displayed on the display means based on the display data generated by the fourth display processing means. Medical template input system is characterized in that an input can input means the medical data according to the input format. 13. A machine-readable medium in which a program for causing a computer to function as the medical template editing system according to any one of claims 1 to 11 is recorded. 14. A machine-readable medium in which a program for causing a computer to function as the medical template input system according to claim 12 is recorded.