JP4264729B2 - Medical chart creation device and program - Google Patents

Description

  The present invention relates to a chart creating apparatus and a program for creating an electronic chart (hereinafter referred to as “karte”), and more particularly to a technique for enlarging and reducing a chart display area in which a chart is displayed.

  As a conventional medical chart device, a medical chart screen is displayed in the same manner as a paper medical chart familiar to doctors, and when entering desired medical information on this medical chart screen, an input field corresponding to the medical information is displayed in the medical chart screen. When the medical information is entered and confirmed in this input field, the input field is deleted and the original medical record screen is restored (Patent Document 1).

  For example, when a blood pressure is input, an input field for blood pressure input is displayed, and when a numerical value is input on this input field and confirmed, the characters “blood pressure”, “unit” of blood pressure, etc. It is automatically added and displayed as medical information on the chart screen.

  The input field can appear between the medical information on the medical chart screen, and as a result, other medical information moves up and down on the medical chart screen, and when the input field is deleted, the moved medical information is displayed. Will return to its original position.

In addition, the character input screen displayed by general word processing software has an input field for changing the zoom magnification. When a numerical value indicating the desired zoom magnification is input here, the character displayed on the character input screen is displayed. Can be expanded.
JP 2000-298692 A

  However, in the case of the medical chart device described in Patent Document 1, a medical chart screen is displayed in the same manner as a paper medical chart, and when inputting medical information, an input field corresponding to the medical information is interrupted and displayed on the medical chart screen. However, it is possible to easily enter medical information, but the entire chart screen cannot be enlarged or reduced. Therefore, the entire chart page can be displayed or written on the chart. There is a problem that medical information cannot be enlarged and viewed.

  On the other hand, general word processing software can enlarge characters in the character input screen by inputting a numerical value indicating a desired zoom magnification, but cannot enlarge the character input screen itself. For this reason, if the zoom magnification is increased, the entire line cannot be displayed in the character input screen.

  For example, in the case of a dental paper chart, there is the first page of the first page where the contents of the insurance card, the name of the disease, etc. are written, and the second page of the second and subsequent pages. Column, site column, therapy / treatment column, score column, and burden amount column are provided, but if the zoom magnification is increased as described above, one entire line (all the above input columns) is displayed in the input screen. There is a problem that they cannot be displayed simultaneously.

  The present invention has been made in view of such circumstances, and provides a chart creation apparatus and program capable of simultaneously displaying an entire line of a chart and displaying the line in an enlarged and reduced manner. Objective.

In order to achieve the above object, a chart creating apparatus according to claim 1 is a chart display area in which charts of a predetermined format are displayed, and has a horizontal width capable of displaying an entire line of the chart; Display control means for displaying on the display means a chart input screen having a button area in which a plurality of soft buttons including an enlargement button and a reduction button are displayed, and a patient information area in which information related to the patient is displayed; Magnification changing means for enlarging or reducing the chart display area based on an operation of a button or a reduction button, and the chart input of at least one of the button area and the patient information area when the chart display area is enlarged or reduced And a layout changing means for changing the layout in the screen.

  That is, the chart display area can be enlarged or reduced based on the operation of the enlargement button or reduction button. Since the entire chart display area displays one line of the chart, the size of each line changes according to the enlargement or reduction of the chart display area, and the number of lines that can be displayed at one time also changes. Further, the layout of another area (at least one of the button area and the patient information area) is changed according to the enlargement or reduction of the chart display area.

  2. The medical chart preparation apparatus according to claim 1, wherein the display control means arranges a vertically long button area next to the medical chart display area and a patient information area next to the button area. And displaying on the display means.

  According to a third aspect of the present invention, in the medical chart creating apparatus according to the first or second aspect, the magnification changing unit may change the chart display area into a small screen, a middle screen (standard screen) based on an operation of the enlargement button or the reduction button. ) And a large screen. As a result, the screen size can be switched with a single click of the enlarge button or the reduce button.

  4. The medical chart creation apparatus according to claim 3, wherein the layout changing unit moves the button area and the patient information area in the left-right direction of the medical chart input screen according to a magnification of the medical chart display area. When the chart display area is displayed on the large screen, the patient information area is deleted from the chart input screen and all or part of the patient information displayed in the patient information area is displayed in the title bar. It is characterized by being moved to.

  That is, when the chart display area is enlarged on the large screen, the patient information area is deleted from the chart input screen to secure a space and expand the chart display area on the large screen. On the other hand, all or part of the patient information displayed in the patient information area is moved to the title bar.

  5. The medical chart creating apparatus according to claim 3 or 4, wherein the magnification changing means is configured to display the medical chart display area so that one page of the medical chart fits in the medical chart display area when switching to the small screen. Is displayed. Thereby, medical information for one page of the medical chart can be confirmed at the same time.

The chart creation program according to claim 6 displays a chart display area in which a chart in a predetermined format is displayed, a button area in which a plurality of soft buttons including an enlargement button and a reduction button are displayed, and information related to a patient. A display control function for displaying a chart input screen having a patient information area to be displayed on a display means, a magnification changing function for enlarging or reducing the chart display area based on an operation of the enlargement button or the reduction button, and the chart display A layout change function for changing a layout in the chart input screen of at least one of the button area and the patient information area as the area is enlarged or reduced is realized by a computer.

  According to the present invention, since the chart display area on which the chart is displayed can be enlarged and reduced in the chart input screen, the entire line of the chart can be displayed at the same time, and the line can be enlarged and reduced. it can. In particular, as the chart display area is enlarged, the layout in the chart input screen of another area is changed, so that a space for the chart display area can be secured.

  DESCRIPTION OF EMBODIMENTS Preferred embodiments of a medical chart creation apparatus and a program according to the present invention will be described below in detail with reference to the accompanying drawings.

[Configuration of in-hospital comprehensive LAN system including medical chart creation device]
FIG. 1 is a system diagram showing an embodiment of a configuration of an in-hospital comprehensive LAN system including a medical chart preparation apparatus according to the present invention, and particularly shows a dental in-hospital integrated LAN system.

  As shown in the figure, this system mainly includes a chart management server 10 installed at a reception, an X-ray imaging apparatus 20 that performs X-ray imaging of teeth provided in an X-ray room, and an X-ray imaging that performs panoramic X-ray imaging of a dentition. A device 22, an image management server 30 that captures and manages digital X-ray images from these X-ray imaging devices 20, 22, a doctor terminal 40, 42, 44 installed in a dental chair unit of a clinic, and a counseling room ( A display terminal 50 installed in the director's office) is connected via a LAN 60.

  Although not shown, a CCD camera that captures intraoral photographs and / or a digital camera that captures the image of the patient's face and jaws may be appropriately added to the system and connected to the LAN 60.

  The doctor terminal 40 is a personal computer (PC) having a liquid crystal monitor attached to the arm of the dental chair unit and capable of inputting medical charts with a pen. The doctor terminal 42 is a notebook PC. The terminal 44 is a desktop PC.

  The medical record management server 10 is mainly used by staff members, and has a function as a database server. As shown in FIG. 2, the description content (treatment data, etc.) of medical records for each patient is stored in the database 12 as shown in FIG. In addition to a treatment table for managing stored treatment files, an icon line image management table, a doctor memo file, a summary master, a part block table, and the like described later are managed in association with patient identification information (patient code).

  The image management server 30 has a function as an image database server, and manages a digital X-ray image for each patient in association with a patient code by an image database 32 as shown in FIG. In other words, the image file of the digital X-ray image acquired from the X-ray imaging apparatuses 20 and 22 is added with additional information such as a patient code and an imaging date, and stored in a patient folder corresponding to the patient code in the image storage folder.

  The doctor terminals 40, 42, and 44 are used by the doctor for inputting medical records in the clinic, and the display terminal 50 is information necessary for the hospital director or the doctor in charge for treatment and treatment for the patient in the counseling room. Used when providing.

  Information such as treatment data and digital X-ray images managed by the medical chart management server 10 and the image management server 30 is between the medical chart management server 10, the image management server 30, the doctor terminals 40, 42 and 44, and the display terminal 50. It can be shared through the LAN 60.

  Next, the hardware configuration of the medical chart management server 10, the image management server 30, the doctor terminals 40, 42, and 44 and the display terminal 50 will be described. Since these hardware configurations are substantially the same, the hardware configuration of the doctor terminal 40 will be described below.

  As shown in FIG. 3, the doctor terminal 40 mainly includes a central processing unit (CPU) 70 that controls the operation of each component, a main memory 72 that stores a control program for the device, and serves as a work area when the program is executed. , An operating system (OS) of a personal computer, a chart creation program according to the present invention, a digital X-ray image, viewer software for browsing a mouth image taken with a digital camera, various hard disk devices 74 in which various application software, etc. are stored A display memory 76 for temporarily storing display data, a monitor device 78 such as a CRT monitor or a liquid crystal monitor for displaying images, characters, etc. from image data, character data, etc. from the display memory 76, a keyboard 80, a position The mouse 82 as an input device and the state of the mouse 82 are detected A mouse controller 84 that outputs signals such as the position of the mouse pointer on the Nita device 78 and the state of the mouse 82 to the CPU 70, a communication interface 86 that transmits and receives information necessary for description on images and medical charts via the LAN 60, and the above The bus 88 connects each component.

  In addition, since it is a well-known thing except the chart preparation program stored in the hard-disk apparatus 74 among the said structures, it abbreviate | omits about detailed description of each component.

[Chart creation program]
Next, an outline of the chart creation program according to the present invention will be described.

  This chart creation program has a function to display the same chart input screen as the paper chart on the monitor device, and when a chart printing is executed after the chart input, a paper-based regular chart is printed out. It has two features.

(1) Icon Line Items that are not required to be described in the medical chart are displayed as icons on an icon line on the medical chart (details will be described later), and the contents expressed by the icons are not printed on the paper medical chart. In addition, a link between the digital X-ray image and the therapy / treatment is displayed as an icon.

The icons displayed in the icon line include the following five icons:
(a) Image icon
Clicking on the icon displays an X-ray image taken inside the mouth or an image of the patient's outline (hereinafter referred to as “digital X-ray image etc.”).

(b) Disease name icon The name of the disease required for receipt request is displayed as an icon.

(c) Self-funded icons Information on self-funded medical treatments, which is described separately from insurance medical treatments, is displayed as icons. By clicking on the self-payment icon, information on the self-paid medical treatment can be confirmed.

(d) Summary icon A description that is not required to be written in the medical chart but is required for the receipt is displayed as an icon. Click on the summary icon to check the summary.

(e) Memo icon The doctor memo which is not described in the medical chart is displayed with an icon. You can check the memo by clicking the memo icon.

(2) Link between site and corresponding digital X-ray image, etc. Clicking on the corresponding site in the immediate oral cavity display area displays a digital X-ray image or the like corresponding to that site.

  The X-ray image associated with therapy / treatment is displayed for each part, and the progress of the part can be confirmed. Medical chart input is possible while viewing X-ray images.

(3) Display panoramic image of the patient Clicking the image button in the immediate oral cavity display screen displays the panoramic image of the patient. Medical chart input is possible while viewing panoramic images. By looking at the captured panoramic image, it is possible to confirm a missing part, a residual root, and the like, and to prevent an input error of the part.

(4) Reduction / enlargement display of chart screen The chart size can be changed in three stages: small screen, medium screen and large screen.

(5) Two input methods There are two input methods: a chart input method input by a doctor and a medical input method (input for receipt request and accounting) input by a staff at the reception desk. Each terminal can be divided into a doctor input terminal and a staff input terminal. It is also possible to switch between two input method screens on one terminal.

[Chart input screen]
FIG. 4 is a diagram showing an embodiment of a chart input screen.

  As shown in FIG. 4, the chart input screen has a title bar 100, a chart display area 110, a button area 120, a patient information area 130, and a function key area 132. In addition, on the medical chart input screen shown in FIG. 4, an immediate oral cavity display screen 140 is displayed as a separate window.

  In the title bar 100, “window service: patient code patient name (version)”, for example) window service: 0000000001 Hitachi Taro (V13-01 / 03) is displayed.

  In the chart display area 110, a date column 111, a site column 112, an icon line 113, a therapy / treatment column 114, a score column 115, and a burden amount column 116 are provided. The medical chart display in the medical chart display area 110 has the same format as that of the second dental paper except for the icon line 113. Here, the icon line 113 is an area for pasting an icon provided for each row of the medical chart, and means a line of continuous areas in the vertical direction of the medical chart.

  When the patient code is input on the chart input screen, the treatment file of the patient is read from the database 12 of the chart management server 10 and the contents of the chart are displayed in the chart display area 110 and the like.

  In the button area 120, “↑”, “↓” buttons, “Return” buttons, “Attachment area designation” buttons, “Guidance” buttons, and “Calculate possible calculation” buttons for moving the chart page to the previous page and the next page. , “Normal screen” button, “Check display” button, “Reorganize” button, “Memo send” button, “Oral oral display” button, “Cancel” button, “Confirm” button, “Enlarge” button, “Reduce” Various soft buttons such as a button, a “treatment display” check box, a “receipt” button, a “karte” button, and a “karte print” button are arranged vertically.

  In the patient information area 130, information on the selected patient “patient code / patient name / age”, insurance information “main insurance / welfare”, doctor in charge, date of first visit, and last date are displayed.

  In the function key area 132, buttons corresponding to the function keys (F1 to F12) of the keyboard are displayed. That is, “Cancel” key (F), “Switch” key (F2) 134, “Target part” key (F3), “Select” key (F4), “Add” key (F5), “Change” key (F6) ), “Delete” key (F7),..., “Confirm” key (F12) are displayed.

[Icon line]
Next, the case where the image icon 113A, the disease name icon 113B, the self-expense icon 113C, the summary icon 113D, and the memo icon 113E shown in FIGS. 5A to 5D are registered in the icon line 113 of the medical record input screen will be described. To do.

<Image icon>
A case will be described in which a digital image such as a digital X-ray image is converted into an icon on the medical record input screen and pasted on a corresponding line of the icon line 113.

  As shown in FIG. 6 (A), when the cursor is moved to the corresponding line of the icon line 113 to which the image icon 113A is pasted and the right button of the mouse is pressed, a pop-up screen 117 as shown in FIG. 6 (B). Is displayed. In this pop-up screen 117, menus of “receipt summary display screen”, “memo display screen”, “own expense display screen”, “image display screen”, and “close” are displayed.

  Here, when “screen display screen” is selected, the viewer software is activated, and the digital X-ray image of the patient is read from the image database 32 of the image management server 30 based on the patient code of the currently opened medical record, A list of the images is displayed in an image display screen 150 in another window on the chart input screen.

  As shown in FIG. 6C, by dragging and dropping a desired image from the list of images displayed on the image display screen 150 to a corresponding row of the icon line 113, an image icon 113A linked to the image is displayed. It is pasted. The image icon 113 </ b> A can be pasted on the corresponding line of the icon line 113 by selecting a desired image and inputting a registration execution instruction, not limited to the drag and drop operation with the mouse. It is also possible to select a plurality of images.

  By the pasting operation of the image icon 113A, the medical record management server 10 links the image icon 113A on the medical record input screen and registers the image file name of the patient image in the icon line image management table (see FIG. 2). ).

  If the image icon 113A is pasted on the icon line 113 as described above, then when the user wants to confirm what the digital X-ray image or the like of the day the image icon 113A is pasted is confirmed immediately. can do.

  That is, as shown in FIG. 7A, when the image icon 113A for the day to be confirmed is clicked, the viewer software is activated, and the name of the patient image file linked to the image icon 113A is the icon of the chart management server 10. Read from the line image management table. Then, based on the patient code and the image file name, the digital X-ray image of the patient is read from the image database 32 of the image management server 30 and displayed on the image display screen 150 as shown in FIG.

<Disease name icon>
A case where the disease name is converted into an icon and pasted on the corresponding line of the icon line 113 will be described.

  Since the disease name is related to the region, the disease name can be input simultaneously on the region input screen.

  That is, when the part column 112 in the chart display area 110 is clicked, a part input screen 151 is activated as shown in FIG. This part input field 151 has a part input field 151A and a disease name input field 151B. When a disease name is input on the disease name input field 151, the disease name is converted into an icon, and a disease name icon 113B is pasted on the line of the icon line 113 adjacent to the site field 112 as shown in FIG.

  By pasting the disease name icon 113B, the medical record management server 10 links the disease name icon 113B on the medical record input screen and registers the disease name information together with the part information in the part block table.

  As shown in FIG. 9A, when the disease name icon 113B registered as described above is clicked, a disease name input field 151B is displayed as shown in FIG. 9B, and the disease name is displayed here.

  If a disease name is entered in the therapy / treatment column 114, the disease name is printed on a paper chart (No. 2 sheet), but the disease name is not entered on the No. 2 sheet. By iconifying the disease name as described above, it is possible to prevent the disease name from being printed, while the iconified disease name information can be used for reception.

<Self-cost icon>
A case will be described in which the information for the self-paid medical treatment is converted into an icon and pasted on the corresponding line of the icon line 113.

  As shown in FIG. 10A, when the cursor is moved to the corresponding line of the icon line 113 to which the self-paid icon is pasted and the right button of the mouse is pressed, a pop-up screen 117 is displayed as shown in FIG. Is displayed. When the “own expense display screen” is selected on the pop-up screen 117, the own expense display screen 152 of another window is displayed on the chart input screen as shown in FIG.

  If necessary items (for example, upper metal floor, lower jaw metal floor, etc.) are entered in the own expense column on the own expense display screen 152 and the “confirm” button 152A on the own expense display screen 152 is pressed, the own expense display screen 152 is closed, The information about the self-paid medical treatment is pasted on the corresponding line of the icon line 113 as the self-expense icon 113C.

  By the operation of pasting the self-cost icon 113C, the medical record management server 10 links the self-cost icon 113C on the medical record input screen and registers information for the self-cost medical treatment in the self-cost master.

  As shown in FIG. 11 (A), when the self-cost icon 113C registered as described above is clicked, a self-cost display screen 152 is displayed as shown in FIG. 11 (B). Is displayed.

  In addition, although the self-paid medical treatment must be described separately from the medical chart for the insurance medical care, it is possible to prevent the self-paid medical care from being printed on the paper medical chart by making it an icon as described above.

<Summary icon>
A description will be given of a case where the description information which is not required to be described in the medical chart but is essential for the receipt is converted into an icon and pasted on the corresponding line of the icon line 113.

  As shown in FIG. 12A, when the cursor is moved to the corresponding line of the icon line 113 to which the summary icon is pasted and the right button of the mouse is pressed, a pop-up screen 117 is displayed as shown in FIG. Is displayed. When the “receipt summary display screen” is selected on the pop-up screen 117, a receipt summary display screen 153 in another window is displayed on the chart input screen as shown in FIG.

  When a required item (for example, twice a day visit) is entered in the summary column on the receipt summary display screen 153 and the “confirm” button 153A on the receipt summary display screen 153 is pressed, the receipt summary display screen 153 is closed, The summary information is pasted on the corresponding line of the icon line 113 as a summary icon 113D.

  By the pasting operation of the summary icon 113D, the medical record management server 10 links the summary icon 113D on the medical record input screen and registers the summary information in the summary master.

  As shown in FIG. 13 (A), when the summary icon 113D registered as described above is clicked, a receipt summary display screen 153 is displayed as shown in FIG. 13 (B), where summary information is displayed. Is done.

  The summary does not need to be described in the medical chart, but is necessary for claim receipt, and can be used to create a receipt.

<Memo icon>
A case will be described in which a doctor memo not described in the medical chart is converted into an icon and pasted on a corresponding line of the icon line 113.

  As shown in FIG. 14A, when the cursor is moved to the corresponding line of the icon line 113 to which the memo icon is pasted and the right button of the mouse is pressed, a pop-up screen 117 is displayed as shown in FIG. Is displayed. When “Memo display screen” is selected on the pop-up screen 117, a memo display screen 154 of another window is displayed on the chart input screen as shown in FIG.

  When a doctor memo (comment) is entered and confirmed in the data input field on the memo display screen 154, the memo display screen 154 is closed, and information on the doctor memo is displayed in the corresponding line of the icon line 113 as the memo icon 113E. Is pasted.

  By the operation of pasting the memo icon 113E, the medical record management server 10 links the memo icon 113E on the medical record input screen and registers the information of the doctor memo in the doctor memo file.

  As shown in FIG. 15A, when the memo icon 113E registered as described above is clicked, a memo display screen 154 is displayed as shown in FIG. 15B, and doctor memo information is displayed here. Is done.

  In this embodiment, the case where one icon is pasted to the column of one line of the icon line 113 has been described, but a plurality of different types of icons can be pasted to the column of one line. Further, the icon registered in the icon line 113 can be moved to an arbitrary line in the icon line 113.

[Link between site and corresponding digital X-ray image]
First, the oral cavity immediate display screen 140 displayed in a separate window on the chart input screen will be described.

  As shown in FIG. 4, the immediate oral cavity display screen 140 includes a title bar 141, an “image” button 142, a “legend” button 143, a “milk / permanent tooth” button 144, and an immediate oral cavity display area 145. is doing. In the title bar 141, “immediate oral cavity display” is displayed, and a “minimize” button, a “return to original size” button, and a “close” button are provided. Further, when the “oral cavity display” button in the button area 120 of the medical chart input screen is pressed while the oral cavity immediate display screen 140 is closed, the immediate oral cavity display screen 140 can be displayed on the medical chart input screen.

  The “image” button 142 is a button for displaying a panoramic image of the patient. Details of the panoramic image display will be described later. The “legend” button 143 is a button for displaying a help screen, and the “milk teeth / permanent teeth” button 144 switches the dentition illustration display of the oral immediate display area 145 from the display of permanent teeth to the display of milk teeth. Or a button for switching from the display of milk teeth to the display of permanent teeth. It should be noted that “milk teeth” is displayed during permanent tooth display, and “permanent teeth” is displayed during milk tooth display.

  In the oral cavity immediate display area 145, the illustration (part) of the dentition is displayed as described above, and the part indicated by the illustration is used as an icon for displaying a corresponding X-ray image of the tooth as described later. Function. In addition, the region where the X-ray image is present is color-coded or shaded from the region where there is no treatment history, so that both can be distinguished.

  Next, a function of displaying an X-ray image corresponding to a desired site shown in the oral cavity immediate display area 145 will be described.

  As shown in FIG. 16A, the cursor is moved to a desired site shown in the oral cavity immediate display area 145 and clicked. As a result, the viewer software is activated, and the X-ray image of the corresponding part of the corresponding patient linked to the part based on the information of the designated part clicked is acquired from the image database 32 of the image management server 30. The image is displayed on the image display screen 150 as shown in FIG.

  The image file registered in the image database 32 of the image management server 30 can be searched based on information such as a patient code, a part, an imaging date, and an image attribute input at the time of registration in the image database 32 or the like. It has become.

  In the embodiment shown in FIG. 16B, one X-ray image of the corresponding part is displayed on the image display screen 150. However, when there are a plurality of X-ray images of the corresponding part, a plurality of X-ray images are displayed. The images are displayed on the image display screen 150 in order of shooting date.

  Thereby, the X-ray image accompanying a process can be displayed for every site | part, and progress of a site | part can also be confirmed easily.

[Display panorama image of the patient]
Next, a function of displaying a panoramic image of a dentition photographed by the X-ray photographing apparatus 22 will be described.

  As shown in FIG. 17A, when the “image” button 142 in the immediate oral cavity display screen 140 is pressed, the viewer software is activated, and a “panorama” image corresponding to the pressing of the “image” button 142. A panoramic image showing the dentition of the patient having the attribute is acquired from the image database 32 of the image management server 30. Then, the panoramic image acquired from the image database 32 is displayed on the image display screen 150 as shown in FIG.

  In this way, with one click, a panoramic image of a patient can be retrieved and displayed immediately, and a chart can be input while viewing the panoramic image. In addition, it is possible to input a medical chart while viewing a panoramic image, and by confirming a shot panoramic image, it is possible to confirm a defective part, a residual root, and the like, and to prevent an input error of the part.

  In addition, although a panoramic image has been described as an example here, an intraoral photograph taken with a CCD camera or an image of a patient's outline taken with a digital camera may be used. If these images are taken before and after treatment, they can be used for informed consent of patients.

[Reduced / enlarged display of chart screen]
18 to 20 show a chart input screen of a small screen, a medium screen (standard screen), and a large screen, respectively.

  There are two types of dental paper charts, B5 and A4. B5 No. 2 paper consists of 24 lines per page, and A4 No. 2 paper consists of 32 lines per page. In the same hospital, a chart of either B5 or A4 size is used, so the chart that has been used as the input screen for No. 2 paper displayed in the chart display area 110 in the chart input screen is used in the hospital. Customized to the same size as the paper chart. In this embodiment, it is customized to fit the B5 paper chart.

  As shown in FIGS. 18 to 20, the screen to be enlarged / reduced is only the chart display area 110, and the size of the other title bar 100, button area 120, and patient information area 130 constituting the chart input screen. Is not changing.

  Further, the button area 120 and the patient information area 130 move to the left side of the screen as the chart display area 110 expands, and the patient information area 130 is deleted from the chart input screen when the screen is large as shown in FIG.

  Furthermore, a part of the patient information (in this embodiment, age and insurance information) displayed in the patient information area 130 deleted at the time of the large screen is displayed in the title bar 100 as shown in FIG. Is displayed. Although the title bar 100 originally displays the patient code and the patient name in the patient information, a part of the patient information is added on the large screen.

  The enlargement / reduction ratios of the patient information area 130 for the small screen, the medium screen, and the large screen are 80/90, 100/100, and 120/90. Yes.

  The change in three stages of the small screen, the medium screen, and the large screen can be performed by clicking the “enlarge” button 121 and the “reduced” button 122 in the button area 120.

  FIG. 21 is a diagram showing screen transition of the chart screen (small, medium, large screen) by the operation of the “enlarge” button 121 and the “reduced” button 122.

  As shown in the figure, when the “enlarge” button 121 or the “reduced” button 122 is clicked on the medium screen (standard screen), the medium screen changes to the large screen or the small screen.

  Further, only the “reduction” button 122 can be clicked on the large screen, and when the “reduction” button 122 is clicked, the screen shifts to the middle screen, while only the “enlargement” button 121 can be clicked on the small screen. When the “enlarge” button 121 is clicked, a transition is made to the middle screen.

[Two input methods]
FIG. 22 is a diagram showing a current medical care input screen.

  On this medical care input screen, the staff inputs medical information for billing and accounting. In addition, on the diagnosis input screen, text data is displayed as it is for items that are not printed on the chart. That is, the “disease name” and “explanation” of the icons displayed on the chart input screen are displayed as character information on the medical care input screen.

  In the function key area 160 of the medical care input screen, buttons corresponding to the function keys (F1 to F12) of the keyboard are displayed as in the medical record input screen. That is, “Cancel” key (F1), “Switch” key (F2) 162, “Target part” key (F3), “Select” key (F4), “Add” key (F5), “Change” key (F6) ), “Delete” key (F7),..., “Patient end” key (F12) are displayed.

  When the “switch” key 162 of the medical care input screen is clicked, the medical record input screen shown in FIG. 4 is switched. Similarly, when the “switch” key 134 of the function key area 135 of the medical record input screen is clicked, the medical care input screen is displayed. Switch to

  Thereby, it is possible to switch between the two methods of the chart input method and the medical care input method with one terminal.

  Note that which input screen is displayed when the program is started can be appropriately determined by the setting (default) at the time of starting the program. It is preferable that a terminal used by a staff member at a reception desk or the like is set as a default on the medical input screen, and a terminal used by a doctor in the examination room is set as a default on the medical record input screen.

  In this embodiment, the medical record management server 10 manages the description contents and the like in the medical record for each patient, and the image management server 30 manages the digital X-ray image and the like for each patient. You may make it comprise the management function of both.

  In this embodiment, the patient code is input on the chart input screen. However, a patient information input screen is created separately, and the patient name, gender, date of birth, etc. are input on the created patient information input screen. May be.

FIG. 1 is a system diagram showing an embodiment of a configuration of an in-hospital comprehensive LAN system including a medical chart preparation apparatus according to the present invention. FIG. 2 is a diagram showing a link between a digital X-ray image and a medical record managed in a database. FIG. 3 is a diagram illustrating an example of a hardware configuration of the doctor terminal. FIG. 4 is a diagram showing an embodiment of a chart input screen. FIGS. 5A to 5D are diagrams showing examples of an image icon, a disease name icon, a self-expense icon, a summary icon, and a memo icon, respectively. FIGS. 6A to 6C are diagrams used for explaining an operation at the time of registering an image icon. FIGS. 7A and 7B are diagrams used for explaining an operation for displaying an X-ray image linked to a registered image icon. FIGS. 8A and 8B are diagrams used for explaining an operation when registering a disease name icon. FIGS. 9A and 9B are diagrams used for explaining an operation of displaying a disease name linked to a registered disease name icon. FIGS. 10A to 10C are diagrams used for explaining an operation at the time of registering a self-exposure icon. FIGS. 11A and 11B are diagrams used to explain an operation for displaying a self-expense display screen linked to a registered self-expense icon. FIGS. 12A to 12C are diagrams used for explaining an operation when registering a summary icon. FIGS. 13A and 13B are diagrams used to explain an operation for displaying a receipt summary screen that links to a registered summary icon. FIGS. 14A to 14C are diagrams used for explaining an operation when registering a memo icon. FIGS. 15A and 15B are diagrams used for explaining an operation for displaying a memo display screen linked to a registered memo icon. FIGS. 16A and 16B are diagrams used for explaining an operation of displaying an X-ray image linked to a tooth site. FIGS. 17A and 17B are views used to explain an operation of displaying a panoramic image showing a dentition. FIG. 18 is a diagram showing a chart input screen in which the chart display area is a small screen. FIG. 19 is a diagram showing a chart input screen in a state where the chart display area is a middle screen (standard screen). FIG. 20 is a diagram showing a chart input screen in a state where the chart display area is a large screen. FIG. 21 is a diagram showing screen transition of the chart input screen (small, medium, large screen) by the operation of the “enlarge” button and the “reduced” button. FIG. 22 is a diagram showing a current medical care input screen.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... Medical record management server, 12 ... Database, 20, 22 ... X-ray imaging apparatus, 30 ... Image management server, 32 ... Image database, 40, 42, 44 ... Doctor terminal, 50 ... Display terminal, 60 ... LAN, 100 ... Title Bar, 110 ... chart display area, 111 ... date column, 112 ... site column, 113 ... icon line, 113A ... image icon, 113B ... disease name icon, 113C ... own expense icon, 113D ... summary icon, 113E ... memo icon, 114 ... therapy / treatment column, 115 ... point column, 116 ... burden amount column, 117 ... pop-up screen, 120 ... button area, 121 ... "enlarge" button, 122 ... "reduce" button, 130 ... patient information area, 132, 160 ... Function key area, 134, 162 ... "Switch" button, 1 0 ... Immediate oral cavity display screen, 142 ... "Image" button, 145 ... Immediate oral cavity display area, 150 ... Image display screen, 151 ... Site input screen, 152 ... Self-cost display screen, 153 ... Receipt summary display screen, 154 ... Memo display screen

Claims (6)

A chart display area in which a digitalized chart (hereinafter referred to as “karte”) in a predetermined format is displayed, and a chart display area having a horizontal width capable of displaying one entire line of the chart;
Display control means for displaying on the display means a chart input screen having a button area in which a plurality of soft buttons including an enlargement button and a reduction button are displayed, and a patient information area in which information related to the patient is displayed;
Magnification changing means for enlarging or reducing the chart display area based on an operation of the enlargement button or reduction button;
Layout changing means for changing the layout in the chart input screen of at least one of the button area and the patient information area in accordance with the enlargement or reduction of the chart display area;
A medical chart creation device characterized by comprising:   The said display control means arrange | positions a vertically long button area next to the said chart display area, arrange | positions a patient information area next to this button area, and makes it display on the said display means. Medical chart making device.   The magnification changing means switches the chart display area to any one of a small screen, a medium screen (standard screen), and a large screen based on an operation of the enlarge button or the reduce button. The medical chart preparation apparatus of 1 or 2.   The layout changing means moves the button area and patient information area in the left-right direction of the chart input screen according to the magnification of the chart display area, and when the chart display area is displayed on the large screen, 4. The medical chart creating apparatus according to claim 3, wherein the information area is deleted from the medical chart input screen, and all or part of the patient information displayed in the patient information area is moved to the title bar.   5. The medical chart creation apparatus according to claim 3, wherein the magnification changing unit displays the medical chart display area so that one page of the medical chart fits in the medical chart display area when switching to the small screen. Medical chart input having a medical chart display area for displaying a chart in a predetermined format, a button area for displaying a plurality of soft buttons including an enlargement button and a reduction button, and a patient information area for displaying information related to a patient A display control function for displaying a screen on a display means;
A magnification changing function for enlarging or reducing the chart display area based on an operation of the enlargement button or reduction button;
A layout changing function for changing the layout in the chart input screen of at least one of the button area and the patient information area in accordance with the enlargement or reduction of the chart display area;
A medical record creation program characterized by having a computer realize this.

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