JP4357257B2 - Gastrointestinal endoscopy report creation method and computer-readable recording medium - Google Patents

Description

The present invention relates to a digestive endoscopy report creation method and a computer-readable recording medium for creating and referring to a report using MST terms.

  The image reporting system is a system used when creating a report of an image diagnosis in a hospital information system. Conventionally, since image reporting systems describe findings and diagnosis results in free text, it has been pointed out that it is difficult to effectively use the data in the subsequent use. Specifically, findings and diagnosis results such as “headache”, “headache”, “headache”, etc., were difficult to identify as data.

  For this reason, in the field of medical informatics, standardization of terms has been actively performed, but this is limited to examination items, disease names, etc., and has not reached the level of detailed findings. For gastrointestinal endoscopy, a standard glossary called MST (Minimal Standard Terminology) is presented by the World Gastroenterological Endoscopy Society. The purpose of MST is to facilitate the development of applications that facilitate the interoperability between various information systems in gastrointestinal endoscopes, making it easier to combine the endoscopy department and hospital information systems. To improve documentation and thereby improve the quality of endoscopic diagnosis.

MST is also published in Japanese by the Japanese Gastroenterological Endoscopy Society, and the minimum necessary terms are organized. By using this, it is possible to code and manage the entered terms. It becomes possible.
There are several reporting systems that implement MST, but it is necessary to follow a deep tree structure of selection → selection → selection on the structure of MST. For this reason, it is difficult to make a system that is really easy to use, and the fact is that it has not become widespread due to the complexity of the interface.

The following problems and requests have been issued by local doctors.
(1) It is difficult to tell which parent item the target item is under.
(2) I want to specify multiple items at the same time.
(3) I want to specify a range from XX to △△.
(4) I want to input the state that is scattered between XX and △△.

Therefore, in a reporting system in which MST is implemented, there has also been proposed a device in which the first hierarchy is selected from the drop-down list on the MST selection input screen and the second hierarchy is dynamically changed depending on the selection item. ing. However, these products do not satisfy the demands of field doctors. In addition, since complex control is performed within one MST selection input screen, a sufficient execution speed cannot be obtained. Furthermore, since a plurality of MST tables appear in a single shot, it is difficult to obtain a relationship between the MST tables.
In the reporting system in which this MST is implemented, a system has been proposed in which a drop-down list is changed to a list box so that lower layers are dynamically switched. However, in this reporting system, since the lower layer is dynamically switched, a plurality of upper layers cannot be designated.

The present invention can ensure reachability to a target item, can specify a plurality of items at the same time, specify a range for a selected input item of a part, and specify a suffix of scattered It is an object of the present invention to provide a digestive endoscopy report creation method and a computer-readable recording medium that can obtain a sufficient execution speed.

In order to achieve the above object, the invention according to claim 1 is a first procedure in which a program load function of a CPU of a report server in which a program for creating a digestive endoscopy report is installed loads a predetermined program into a personal computer. And a second procedure for causing the report body activation function of the CPU of the personal computer loaded with the predetermined program to activate the report body based on the patient and examination order information specified by the input device of the personal computer ; The MST selection input screen display function of the CPU of the personal computer loaded with the predetermined program sets a hyperlink to the MST selection input screen on the display device of the personal computer in the name of the organ to be examined on the report body And on the report body Start the MST selection input screen representation table ID and set the internal holding a hidden area corresponding to査target organ, finding a list frame, the site list frame and diagnosis and therapeutics formula list frame, the string buffer frame If a third step for displaying the MST selection input screen of the inspection target organ and a detailed item input window corresponding to the term on the display device, the predetermined program of the CPU of the personal computer loaded The list display function displays the finding title of the examination target organ in the finding list frame of the MST selection input screen, displays the finding list in MST terms, and displays the part title of the examining organ in the part list frame. A list of parts is displayed in MST terms, and the list of diagnosis and treatment procedures is displayed. A fourth step in the diagnosis and therapeutics formula list is listed in MST terms with displaying the diagnosis and therapeutics formula title inspected organs arm, said CPU of said predetermined said personal computer on which the program is loaded The list display function adds and displays the input information from the input device to the character string buffer frame when an item is selected by the input device in the finding list, the site list, and the diagnosis / treatment method list A fifth procedure for displaying a code of a hidden line for holding internal code relating to an item selected by the input device in the hidden area for internal holding as a character string in the character string buffer frame, and loading the predetermined program The above-mentioned list display function of the CPU of the personal computer is the same as the observation displayed on the display device. A sixth step for displaying the MST detailed information corresponding to the observation selected by said input device from list in the detailed item input window, detailed information display unit of the predetermined program of the personal computer loaded the CPU, A seventh procedure for displaying the detailed information input by the input device from the information displayed in the character string buffer frame by hyperlinking the detailed item input window to the detailed item input window; and the predetermined program report server but an eighth procedure posting function of the personal computer CPU loaded is posted already input information from the input device to the report body, said gastrointestinal endoscopy reporting program is installed of input pre-report information storage function of the CPU is, reports of registered Sometimes, the a ninth procedure for saved in the report database already input information from the input device that is posted to the report body as report information, the gastrointestinal endoscope reporting program is a report server installed CPU The inputted report information report body reading function executes a tenth procedure of reading registered report information from the report database onto the report body at the time of report re-editing and reference .

The invention according to claim 2 is the gastrointestinal endoscopy report creation method according to claim 1, wherein the input data display function of the CPU of the personal computer loaded with the program is displayed on the MST selection input screen. The selection item and detailed information currently being input by the input device are held in the buffer area, and the input data from the input device held in the buffer area is input to the MST selection input screen of the display device as it is input. It is characterized by executing a procedure for reproducing and displaying in a re-editable state .

The invention according to claim 3 is the gastrointestinal endoscopy report creation method according to claim 1, wherein the simultaneous display function of the CPU of the personal computer loaded with the program is found on the MST selection input screen, A procedure for displaying a plurality of items simultaneously selected by the input device in the diagnosis / treatment technique is executed.

The invention according to claim 4 is the gastrointestinal endoscopy report creation method according to claim 1, wherein the range / suffix display function of the CPU of the personal computer loaded with the program is a part of the MST selection input screen. A procedure for displaying a range designated by the input device or a sparse suffix for the selected input item is executed.

The invention according to claim 5 is the gastrointestinal endoscopy report creation method according to claim 1, wherein the function of increasing or decreasing the number of input areas of the CPU of the personal computer loaded with the program is the same on the MST selection input screen. A procedure for increasing / decreasing the number of input areas with respect to the detailed item by pressing an add button or a delete button is executed.

The invention according to claim 6 is the gastrointestinal endoscopy report creation method according to claim 1, wherein the language switching function of the CPU of the personal computer loaded with the program is displayed on the MST selection input screen on the input device. When the selected MST is displayed, a character string array in which each language is delimited by a delimiter is prepared in advance, and a procedure for switching and displaying the language according to the location of the language used is executed.

Invention is a computer readable recording medium recording the Installed gastrointestinal endoscopy reporting program to report server, reports that gastrointestinal endoscopy reporting program is installed in accordance with claim 7 specifying a first step the program load function server CPU loads a predetermined program in the personal computer, reporting body activation function of the predetermined program of the personal computer loaded by the CPU input device of the personal computer The second procedure for starting the report body based on the patient and examination order information, and the MST selection input screen display function of the CPU of the personal computer loaded with the predetermined program are the organs to be examined on the report body In the name of A hyperlink to the MST selection input screen on the display device of the sonal computer is set, and the notation table ID and the internal holding hidden area corresponding to the examination target organ on the report body are set, and the MST selection input screen is displayed. start, and findings list frame, the site list frame and diagnosis and therapeutics formula list frame, strings and buffer frame, said display device the MST selection input screen of the inspection target organ and a detailed item input window corresponding to the term The third procedure to be displayed above and the list display function of the CPU of the personal computer loaded with the predetermined program display the finding title of the organ to be examined in the finding list frame of the MST selection input screen and the findings Display the list in MST terms and inspect the object in the part list frame And display the list of parts in MST terms, display the diagnosis / treatment technique title of the organ to be examined in the diagnosis / treatment technique list frame, and display the list of diagnosis / treatment techniques in MST terms a fourth step of displaying a list in the list display function of the predetermined program of the personal computer loaded the CPU, the findings list, by the site list and the diagnostic and therapeutics type the input device in the list When an item is selected, the input information from the input device is added to the character string buffer frame for display, and the internal code holding hidden line for the item selected by the input device in the internal holding hidden area is displayed . A fifth procedure for displaying a code as a character string in the character string buffer frame; and the predetermined program 6 but in which the list display function of the personal computer of the CPU is loaded, to display the MST detailed information corresponding to the selected observation by the input device from the displayed findings listed in the display device to the detailed item input window and steps, a detailed information display unit of the predetermined program of the personal computer loaded the CPU, the detailed items enter detailed information inputted by the input device, from the displayed on the string buffer frame information A seventh procedure for hyperlinking to a window and displaying it in the detailed item input window, and a transfer function of the CPU of the personal computer loaded with the predetermined program are used to input the input information from the input device to the report body. an eighth step in post, creating the gastrointestinal endoscopy report Program entered report information storage function of the installed report server the CPU is, at the time of registration of the report, the ninth to be stored in the report database already input information from the input device that is posted to the report body as report information The procedure and the report body read function of the report server CPU of the report server in which the gastrointestinal endoscopic report creation program is installed, the registered report information from the report database at the time of report re-editing and reference A computer-readable recording medium recording a digestive endoscope report creating program for causing a computer to execute a tenth procedure to be read on a report body .

  According to the present invention, the reachability to the target item can be ensured, a plurality of items can be specified at the same time, the range designation for the selected input item of the region, and the designation of the suffix of scatter Can be performed, and sufficient execution speed can be obtained.

  FIG. 1 shows an embodiment of the present invention. This embodiment is an example of a digestive endoscopy report system that describes and refers to a report using MST terminology, as a report client having a display 1 as a display device, an input device 2 including a keyboard and a mouse. A personal computer (hereinafter referred to as PC) 3, a report server 4, and a report database (DB) 5 and an MSTDB 6 as storage devices are included. The report server 4 is installed with a digestive endoscopy report creation program recorded in a recording medium such as a CD-ROM, and the CPU executes the digestive endoscopy report creation program as described later. To work. The above-mentioned digestive endoscopy report creation program has implemented a multilingual language version of MST on the Web technology, including the Japanese version of the MST proposed by the World Gastroenterological Endoscopy Society (Japan Gastroenterological Endoscopy Society). This is an application program, and the PC 3 has a Web browser.

  In the present embodiment, when using an MST that is defined in a hierarchical manner, it is possible to make a selection in a method that is easier to select visually, and the efficiency of report creation is improved. Further, by separating the complicated MST selection input screen from the report main body, the degree of freedom of the MST selection input screen is increased, the listability of the selection items is improved, and the reachability to the target item is improved.

  In this embodiment, an MST selection input screen as shown in FIG. 3 for selectively inputting MST terms in an independent window from the report main body as shown in FIG. You can earn execution speed at startup. As shown in FIG. 3, in the MST selection input screen, the selection items selected by the input device 2 are arranged in a flat manner, thereby ensuring the reachability to the target item.

The MST selection input screen is displayed in a list with all findings, parts, and diagnosis / treatment techniques developed from the left, solving the problem that it is difficult to understand which parent item is under the target item. Is done.
The item selected by the input device 2 is input as a character string in the upper right buffer area. At this time, as data, the code of each item is retained for later use.

On the MST selection input screen, it is a list display instead of a drop-down list display, and it is no longer necessary to expand the lower layer by selecting an item (the lower layer has already been expanded in a step down). We can respond to the request "I want to".
Requests such as “I want to specify a range from XX to △△” and “I want to input a state that is scattered between XX and △△” are “acknowledged”, “ By making it possible to specify suffixes such as “broadly” and “scattered”, the specified part can be modified, and a plurality of selected parts can be given meaning.

  In MST, it is possible to input more detailed information for one finding or diagnosis / treatment method, but detailed information corresponding to the selected item when expanding the selected item in the upper right buffer area. At the same time that the window is expanded, a link called “Details” is set for each finding, diagnosis and treatment method. From this link, the detailed information window that appears in the lower right is expanded. As a result, it is possible to input detailed information immediately after selection, or to select only finding items first and to perform detailed input later.

  Furthermore, the granularity of the detailed information varies depending on the patient's case and the doctor who describes it. For example, when there are polyps and many, there is a difference in whether only one size is written or a plurality of sizes are written, but the detailed items can be appropriately increased or decreased. Each detailed item is implemented as an inner HTML insertion script, and the same detailed item line can be repeated any number of times.

  In this embodiment, the function of the report body is limited only to display the selection input result of MST, and the selection input information of MST is reflected on the report body via an independent MST selection input screen. The independent MST selection input screen lists the MST definition contents related to each other.

  A hyperlink to the MST selection input screen is attached to the findings and organs of the report body, and the corresponding MST selection input screen is activated by clicking the mouse. At this time, the name of the display area and the code holding area of the report body is passed by the GET parameter. The code holding area is a hidden field and is not displayed on the screen. The activated MST selection input screen acquires the code holding area name of the report body from the passed parameters, acquires the contents, and expands it in the buffer.

  In this embodiment, the CPU of the PC 3 loaded with the program from the report server 4 activates the report body based on the patient and examination order information specified by the input device 2. The report body includes a hyperlink or call button for the name of the organ to be examined (for example, esophagus, stomach, duodenum for upper gastrointestinal endoscopy), and this hyperlink or call button is selected by MST. Has the function to start the input screen.

  As shown in FIG. 4, the CPU of the PC 3 loaded with the program from the report server 4 uses the name of the organ to be examined on the report body (for example, esophagus, stomach, duodenum, etc. for upper gastrointestinal endoscopy). A hyperlink to the MST selection input screen is set, the notation table cell ID and the internal holding hidden area corresponding to the examination target organ on the report body are set, the MST selection input screen is started, and the MST is displayed on the display 1. Display the selection input screen.

As shown in FIG. 5, the CPU of the PC 3 loaded with the program from the report server 4 sets the notation table cell ID and the internal holding hidden area in the GET parameter, and displays the screen of the examination target organ on the display 1. Open and focus.
In this embodiment, the digestive endoscopy report creation program operates in an event-driven manner, and the operation flow proceeds while passing information between the frame modules. The MST selection input screen for each organ is composed of a plurality of frames, and includes a control unit frame 7, a finding list frame 8, a site list frame 9, a diagnosis / treatment method list frame 10, a character string buffer frame 11, a detailed item input window. 12 etc.

  As shown in FIG. 6, the CPU of the PC 3 loaded with the program from the report server 4 prepares a GET parameter acquisition function and defines the frame of the MST selection input screen. The CPU of the PC 3 loaded with the program from the report server 4 displays a confirmation button and a cancel button on the control unit 7 on the display 1 as shown in FIG. 7, and on the display 1 as shown in FIGS. An organ finding title image, an organ site title image, and a diagnosis / treatment technique title image are displayed.

  As shown in FIG. 11, the CPU of the PC 3 loaded with the program from the report server 4 causes the finding list frame 8 on the display 1 to display a list of findings in the MST and the HTML TABLE tag. Specifically, FIG. A list of findings is displayed as shown in. As shown in FIG. 13, the CPU of the PC 3 loaded with the program from the report server 4 displays a list of parts in the part list frame 9 on the display 1 with the MST HTML tag as shown in FIG. A part list is displayed as shown in FIG.

  As shown in FIG. 15, the CPU of the PC 3 loaded with the program from the report server 4 displays a list of diagnosis / treatment techniques in the diagnosis / treatment technique list frame 10 on the display 1 with an HTML TABLE tag in MST. Specifically, as shown in FIG. 16, a list of diagnosis / treatment techniques is displayed. The CPU of the PC 3 displays the buffer title image on the character string buffer frame 11 on the display 1 as shown in FIG.

  As shown in FIG. 18, the CPU of the PC 3 loaded with the program from the report server 4 obtains input data from the input device 2 from the caller's internal holding hidden area, and stores this input data in row block units. To be displayed on the display 1. Then, the CPU of the PC 3 loaded with the program from the report server 4 generates the already input number + 1 line in the blank, and returns to the initial position. Each line on the MST selection input screen is composed of display text and internal code holding hidden line information in the internal holding hidden area. FIG. 19 shows the initial contents of the character string buffer frame 11.

  As shown in FIG. 20, the CPU of the PC 3 loaded with the program from the report server 4 displays “Yes”, “Accepted”, “Wide range” in the suffix display section 13 in the character string buffer frame 11. Display a suffix such as “scattered”. FIG. 21 shows an example in which a suffix is displayed on the MST selection input screen. As shown in FIG. 22, the CPU of the PC 3 loaded with the program from the report server 4 sets a line deletion button for deleting input information if the input position in the character string buffer frame 11 is the initial position. A button for moving the input position up is displayed in the BUTTON area 14 in the character string buffer frame 11 if the button is displayed in the BUTTON area 14 in the frame 11 and the input position in the character string buffer frame 11 is not the initial position. A button for starting input is displayed in the BUTTON area 14 in the character string buffer frame 11 (see FIG. 19).

  The CPU of the PC 3 loaded with the program from the report server 4 displays the detailed information title image on the detailed item input window 12 on the display 1 as shown in FIG. 23, and the detailed items on the display 1 as shown in FIG. The input window 12 is blank in the initial state. The CPU of the PC 3 loaded with the program from the report server 4 expands all the screens as shown in FIG. 26 in the detailed item input window 12 on the display 1 as shown in FIG. The folding mode and its selection state are displayed.

  When an item is selected by the input device 2 in the observation list frame 8, the CPU of the PC 3 loaded with the program from the report server 4 checks whether the item is selected normally as shown in FIG. If the selection of the item is normal, the selection other than “normal” in the observation list frame 8 is cleared and the selection item of “normal” is changed to the selection color.

  The CPU of the PC 3 loaded with the program from the report server 4 clears “normal” in the observation list frame 8 if the item selection is other than normal, and sets the selected item to the selected color. Next, the CPU of the PC 3 loaded with the program from the report server 4 adds the input information from the input device 2 to the code line, which is the current input line in the character string buffer frame 11, and displays it. The conversion module is called to convert the code of the hidden line for holding the internal code related to the selected item in the hidden area for internal holding into the character string information for display and display it in the character string buffer frame 11.

  When an item is selected by the input device 2 in the part list frame 9, the CPU of the PC 3 loaded with the program from the report server 4 changes the selected item to the selected color and stores it in the character string buffer frame 11 as shown in FIG. The input information from the input device 2 is added to and displayed on the code line which is the current input line, the display character string conversion module is called, and the internal code holding hidden line for the selected item in the internal holding hidden area is displayed. The code is converted into display character string information and displayed in the character string buffer frame 11.

  When an item is selected by the input device 2 in the diagnosis / treatment technique list frame 10, the CPU of the PC 3 loaded with the program from the report server 4 sets the selection item to a selected color and displays a character string as shown in FIG. 29. The input information from the input device 2 is added to the code line which is the current input line in the buffer frame 11 and displayed, and the display string conversion module is called to hold the internal code related to the selected item in the internal holding hidden area. The hidden line code is converted into display character string information and displayed in the character string buffer frame 11.

  When the item is deselected by the input device 2 in the observation list frame 8, the CPU of the PC 3 loaded with the program from the report server 4 sets the selected item to a non-selected color and displays the character string buffer frame as shown in FIG. 11 deletes information from the code line which is the current input line in 11 and calls the display character string conversion module to set the deletion code of the hidden line for holding the internal code related to the selected item in the hidden area for internal holding to the character string buffer frame. 11 is deleted from the code line that is the current input line.

  When the item is deselected by the input device 2 in the part list frame 9, the CPU of the PC 3 loaded with the program from the report server 4 sets the selected item to a non-selected color and displays the character string buffer frame as shown in FIG. 11 deletes the information from the code line which is the current input line in 11 and calls the display character string conversion module to add the internal code holding hidden line additional code for the selected item in the internal holding hidden area to the character string buffer frame. 11 is deleted from the code line that is the current input line.

  The CPU of the PC 3 loaded with the program from the report server 4 makes the selected item a non-selected color as shown in FIG. 32 when the item is deselected by the input device 2 in the diagnosis / treatment technique list frame 10. The information is deleted from the code line that is the current input line in the character string buffer frame 11, and the display character string conversion module is called to add the internal code holding hidden line additional code for the selected item in the internal holding hidden area. The code line which is the current input line in the character string buffer frame 11 is deleted.

  FIG. 33 is a flow of a buffer generation module that is called in common from each screen of the finding list frame 8, the site list frame 9, the diagnosis / treatment technique list frame 10, and the detailed item input window 12. The CPU of the PC 3 loaded with the program from the report server 4 checks whether or not the detailed information from the input device 2 has been input, and if the detailed information from the input device 2 has been input, the details thereof are checked. It is determined whether or not the information includes detailed information on the technique. The CPU of the PC 3 loaded with the program from the report server 4 determines whether the detailed information is necessary for the diagnosis / treatment method when the detailed information includes the detailed information of the diagnosis / treatment method. If the detailed information is necessary for the surgical procedure, it is determined whether or not the detailed information on the diagnostic / therapeutic surgical procedure has been input.

  The CPU of the PC 3 loaded with the program from the report server 4 has already input the detailed information of the diagnosis / treatment method after the method on the diagnosis / treatment method list frame 10. The detailed information on the surgical method is connected, a hyperlink to the corresponding detailed item input window 12 is set, and the detailed information on the input diagnosis / treatment method is displayed on the detailed item input window 12. The CPU of the PC 3 loaded with the program from the report server 4 displays “Details” after the technique on the diagnosis / treatment technique list frame 10 when the detailed information of the diagnosis / treatment technique has not been input. And a hyperlink to the corresponding detailed item input window 12 is set. Further, the CPU of the PC 3 loaded with the program from the report server 4 checks whether or not the detailed information has been input from the input device 2 even when deletion of the suffix is selected by the input device 2. Proceed to the above steps.

  When the CPU of the PC 3 loaded with the program from the report server 4 opens the detailed item input window 12 of the findings or diagnosis / treatment method, as shown in FIG. 34, the current findings or diagnosis / treatment method A detailed information block corresponding to the number of detailed items of the current finding or diagnosis / treatment method is generated. As shown in FIG. 37, this detailed information block has a display box 15 for displaying input data from the input device 2, an add button 16 for deleting and adding blocks, and a delete button 17. The CPU of the PC 3 loaded with the program from the report server 4 disables the delete button 17 at the top of the detailed information block, and in the single item selection mode, displays the options in the table in the display box 15 as text. In the input mode, a text box is displayed on the display box 15, and in the selection + text input mode, a choice is displayed on the display box 15, and a text box that is activated when the choice is selected is displayed on the display box 15.

  The CPU of the PC 3 loaded with the program from the report server 4 adds the detailed information block when the add button 16 in the detailed information block is pressed as shown in FIG. 35, and the detailed information as shown in FIG. When the delete button 17 in the block is pressed, the deleted detailed information block is deleted. The display 1 has detection means for detecting button presses on the lower side of each button displayed on the screen, and an input signal from the detection means is sent to the CPU of the PC 3.

  When the detailed item input window 12 is opened as shown in FIG. 38, the CPU of the PC 3 loaded with the program from the report server 4 expands the detailed information of the findings into the detailed information block, and the confirm button and the cancel button are displayed. Check whether or not the button is pressed, and if the confirm button is pressed, the current input line of the character string buffer frame 11 is checked, and the detailed information input to the finding item corresponding to the current input line is linked, The detailed item input window 12 is blanked. The CPU of the PC 3 blanks the detailed item input window 12 when the cancel button is pressed.

  The CPU of the PC 3 loaded with the program from the report server 4 again displays the code from the input information completed code information of the character string buffer frame 11 when the confirmation button of the control unit frame 7 is pressed as shown in FIG. Generate a string. At this time, the CPU of the PC 3 loaded with the program from the report server 4 does not connect the character string “detail” when the detailed information is not input. As a result, it is possible to select and input findings and diagnosis / treatment methods without inputting detailed information. The CPU of the PC 3 loaded with the program from the report server 4 writes the information converted into the character string into the display table cell ID of the caller screen with innerText, closes the MST selection input screen, and displays the report body on the display 1. To display.

  In the present embodiment, the report server 4 prepares an array of character strings in which each language corresponding to the MST internal code is delimited by a PUBLIC scope as shown in FIG. The CPU of the PC 3 loaded with the program from the report server 4 cuts out the corresponding language from the character string array delimited by the delimiter according to the language location specification specified at the time of startup, and the character string of the cut-out language is extracted. It is displayed on the display 1.

  Specifically, a predetermined language element is cut out from the array data shown in Table 1 below and used for display.

Currently, MST defines the following languages in addition to Japanese.
English version
French version
Italian version
German version
Portuguese version
Spanish version
Russian version
Czech version
Turkish version
In this embodiment, the digestive endoscopy report creation program is an application program implemented on the Web technology, and the report server 4 uses the character string information and the hidden field transferred to the report body when the report is registered. Is stored in the report DB 5. The report server 4 generates a reference image by reading registered report information from the report DB 5 onto the report body when referring to the report.

  In this embodiment, when a part item is selected from the part list as described above, a character string is generated by combining the part item and the finding. The character string is generated in the order of input of parts and findings, and when entered in the order of parts → findings, “where and where (parts) and what (findings) is” and entered in the order of findings → parts. "What is (finding) where and where (part)".

  Multiple parts and findings can be specified, and when multiple parts and findings are designated, by specifying the suffix, “where (part) and where (part)” "Is recognized continuously" and "is scattered and recognized".

  There are two types of surgery, diagnostic and treatment, each with detailed items as well as findings. A character string in the character string buffer frame 11 constitutes one bundle of a sentence composed of a combination of a part and a finding and a sentence composed of a technique, and this bundle can be arbitrarily increased or decreased.

The diagnosis / treatment method has a classification of “execution” and “scheduled”, and detailed information on the operation method is hyperlinked only when “execution”.
This technique makes it possible to express the medical basis “what is here and what has been done for it” or “what is to be done” in a defined vocabulary called MST.

  In the detailed information input, since the granularity of the details differs depending on the case, a plurality of developments are possible for each detailed item. For example, when there are detailed items such as “number” and “size”, it is possible to describe in a granularity such as “several 1 cm, 2 cm” and “one 1 cm, one 2 cm”. The content entered in the MST input window is written as innerText in the report body. In other words, the report body only has a hyperlink to start, an area for displaying the input result, and a hidden area for holding the MST code, and eliminates a complicated control mechanism. Operation becomes possible.

It is a block diagram which shows one Example of this invention. It is a figure which shows the report main body of the Example. It is a figure which shows the MST selection input screen of the Example. It is a flowchart which shows a part of processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows the observation list display example of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows the site | part list display example of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows the example of a diagnostic / surgical formula list display of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows the initial content of the character string buffer frame of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows the example which displayed the suffix on the MST selection input screen of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows a part of detailed item input window of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a figure which shows the detailed information block display example of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example. It is a flowchart which shows a part of other processing flow of the Example.

Explanation of symbols

1 Display 2 Input device 3 PC
4 Report server 5 Report data DB
6 MSTDB
7 Control section 8 Observation list frame 9 Site list frame 10 Diagnosis / surgical expression list frame 11 Character string buffer frame 12 Detailed item input window 13 Suffix display section 14 BUTTON area 15 Display box 16 Add button 17 Delete button

Claims (7)

A first procedure in which a program load function of a CPU of a report server in which a program for creating a digestive endoscopic report is installed loads a predetermined program on a personal computer;
A second procedure in which the report body activation function of the CPU of the personal computer loaded with the predetermined program activates the report body based on the patient and examination order information specified by the input device of the personal computer ;
The MST selection input screen display function of the CPU of the personal computer loaded with the predetermined program sets a hyperlink to the MST selection input screen on the display device of the personal computer in the name of the organ to be examined on the report body Then, the notation table ID and the internal holding hidden area corresponding to the examination target organ on the report main body are set and the MST selection input screen is started, and the finding list frame, the site list frame, and the diagnosis / treatment technique list a frame, a string buffer frame, a third step in the MST selection input screen of the inspection target organ and a detailed item input window corresponding to the term to be displayed on said display device,
The list display function of the CPU of the personal computer loaded with the predetermined program causes the finding list frame of the examination target organ to be displayed in the finding list frame of the MST selection input screen, and displays the finding list in MST terms, The part title of the examination target organ is displayed in the part list frame, the part list is displayed in MST terms, and the diagnosis / treatment technique title of the examination target organ is displayed in the diagnosis / treatment technique list frame, and the diagnosis / treatment is performed. A fourth procedure for displaying a list of surgical methods in MST terms;
When the list display function of the CPU of the personal computer loaded with the predetermined program is selected by the input device in the findings list, the site list, and the diagnosis / treatment technique list , the input device The input information from is added to the character string buffer frame for display, and the code of the hidden line for internal code holding relating to the item selected by the input device in the hidden internal holding area is displayed in the character string buffer frame. As a fifth procedure,
The list display function of the predetermined program of the personal computer loaded the CPU, the MST detailed information corresponding to the selected observation by the input device from the displayed findings listed in the display device to the detailed item input window A sixth procedure to display;
The detailed information display means of the CPU of the personal computer loaded with the predetermined program hyperlinks the detailed information input by the input device from the information displayed in the character string buffer frame to the detailed item input window. A seventh procedure to be displayed in the detailed item input window;
An eighth procedure in which the transcription function of the CPU of the personal computer loaded with the predetermined program transcribes input information from the input device to the report body;
The report information storage function of the report server CPU in which the digestive endoscopy report creation program is installed is the report information that has been input from the input device transferred to the report body when the report is registered. As a ninth procedure to be saved in the report database,
The read report information report body reading function of the report server CPU in which the digestive endoscopy report creation program has been installed is configured to display the registered report information from the report database on the report body when the report is re-edited and referenced. gastrointestinal endoscopy reporting method characterized by performing a tenth procedures to load into. 2. The digestive endoscopy report creation method according to claim 1, wherein the input data display function of the CPU of the personal computer loaded with the program is currently being input by the input device on the MST selection input screen. The selection item and detailed information are held in a buffer area, and the input data held in the buffer area is reproduced as it is input on the MST selection input screen of the display device, and can be re-edited. A method for creating a digestive endoscopy report, characterized by executing a procedure for displaying in a digestive organ. The gastrointestinal endoscopy report creation method according to claim 1, wherein the simultaneous display function of the CPU of the personal computer loaded with the program is a finding, a part, a diagnosis / treatment technique on the MST selection input screen. A method for creating a digestive endoscopy report, wherein a procedure for displaying a plurality of items simultaneously selected by the input device is executed . 2. The gastrointestinal endoscopy report creation method according to claim 1, wherein the range / suffix display function of the CPU of the personal computer loaded with the program is selected for a part selection input item on the MST selection input screen. A digestive endoscopy report creation method comprising: executing a procedure for displaying a suffix specified by an input device or a sparse suffix. 2. The gastrointestinal endoscopy report creating method according to claim 1, wherein the function of increasing / decreasing the number of input areas of the CPU of the personal computer loaded with the program is input to the same detailed item on the MST selection input screen. A method for creating a digestive endoscopy report, comprising: executing a procedure for increasing or decreasing the number of regions by pressing an add button or a delete button. 2. The digestive endoscopy report creation method according to claim 1, wherein the language switching function of the CPU of the personal computer loaded with the program displays the MST selected by the input device on the MST selection input screen. to, providing a string array, separated in advance to each language by delimiters, gastrointestinal endoscopy reporting method characterized in that the location of the language used to perform the procedure for displaying by switching languages. A computer-readable recording medium recording a digestive endoscope report creation program installed in a report server,
A first procedure in which a program load function of a CPU of a report server in which a program for creating a digestive endoscopic report is installed loads a predetermined program on a personal computer;
A second procedure in which the report body activation function of the CPU of the personal computer loaded with the predetermined program activates the report body based on the patient and examination order information specified by the input device of the personal computer ;
The MST selection input screen display function of the CPU of the personal computer loaded with the predetermined program sets a hyperlink to the MST selection input screen on the display device of the personal computer in the name of the organ to be examined on the report body Then, the notation table ID and the internal holding hidden area corresponding to the examination target organ on the report main body are set and the MST selection input screen is started, and the finding list frame, the site list frame, and the diagnosis / treatment technique list a frame, a string buffer frame, a third step in the MST selection input screen of the inspection target organ and a detailed item input window corresponding to the term to be displayed on said display device,
The list display function of the CPU of the personal computer loaded with the predetermined program causes the finding list frame of the examination target organ to be displayed in the finding list frame of the MST selection input screen, and displays the finding list in MST terms, The part title of the examination target organ is displayed in the part list frame, the part list is displayed in MST terms, and the diagnosis / treatment technique title of the examination target organ is displayed in the diagnosis / treatment technique list frame, and the diagnosis / treatment is performed. A fourth procedure for displaying a list of surgical methods in MST terms;
When the list display function of the CPU of the personal computer loaded with the predetermined program is selected by the input device in the findings list, the site list, and the diagnosis / treatment technique list , the input device The input information from is added to the character string buffer frame for display, and the code of the hidden line for internal code holding relating to the item selected by the input device in the hidden internal holding area is displayed in the character string buffer frame. As a fifth procedure,
The list display function of the predetermined program of the personal computer loaded the CPU, the MST detailed information corresponding to the selected observation by the input device from the displayed findings listed in the display device to the detailed item input window A sixth procedure to display;
The detailed information display means of the CPU of the personal computer loaded with the predetermined program hyperlinks the detailed information input by the input device from the information displayed in the character string buffer frame to the detailed item input window. A seventh procedure to be displayed in the detailed item input window;
An eighth procedure in which the transcription function of the CPU of the personal computer loaded with the predetermined program transcribes input information from the input device to the report body;
The report information storage function of the report server CPU in which the digestive endoscopy report creation program is installed is the report information that has been input from the input device transferred to the report body when the report is registered. As a ninth procedure to be saved in the report database,
The read report information report body reading function of the report server CPU in which the digestive endoscopy report creation program has been installed is configured to display the registered report information from the report database on the report body when the report is re-edited and referenced. A computer-readable recording medium on which a digestive endoscopy report creation program for causing a computer to execute the tenth procedure to be read in is recorded.

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