JP2010134544A - Drag-and-drop display device, drag-and-drop display control method and drag-and-drop display control program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a drag-and-drop display device allowing an easy drag-and-drop operation when copying displayed past execution information, pasting it onto an execution scheduled day on and after "today", and creating medical treatment data time series data. <P>SOLUTION: When performing the drag-and-drop operation to copy the execution information displayed on a medical treatment data time series screen 100 and to paste it onto another date, this drag-and-drop display device displays a drag-and-drop assist screen 10 including a month calendar of a drop date simultaneously with a drag start, and drops the execution information onto the drop date of the month calendar of the screen 10 to display the execution information on the medical treatment data time series screen 100, and stores it. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a drag-drop display device, a drag-drop display control method, and a drag-drop display control program in which an operation function of a display information copy function is improved.

  In the medical data time series screen display that handles medical information such as electronic medical records, it is necessary to create information on patient treatment / examination, medication, amount of medicine, scheduled operation date, scheduled room movement, meal information, etc. .

  FIG. 7 is a diagram showing a display example of a conventional medical data time series screen A. In the medical data time series screen A, the treatment execution period (date) is set on the horizontal axis (column), and the execution information is set for each item such as “prescription”, “injection”, and “specimen test” on the vertical axis (row). Has been.

  In the display example of FIG. 7, the current day (September 8) is displayed as the center, “Voltaren” is set as “Prescription” on September 6, and “Injection” on September 8 is “ “Drip” is set as “Biochemical test” as “Sample test”. Further, “Biochemical test” is set as the “specimen test” on September 10th.

  In the medical data time series screen A, as shown in FIG. 7, there are a method for displaying consecutive days of calendar days regardless of the presence or absence of implementation information, and a method for displaying only dates for which implementation information exists. Then, when the method is changed from the medical data time series screen A to the method of displaying only the date on which the implementation information exists, it becomes as shown in FIG. In FIG. 8, since only the medical data on September 6, 8, and 10 in which the implementation information exists is displayed, a compact display is possible.

  By the way, on the medical data time series screen, there is a function of creating past medical data time series data by copying past past execution information displayed and pasting it on the planned implementation date after “today”. Here, the copy / paste function is expressed as a DO function.

  As means for realizing the DO function, for example, spreadsheet software “EXCEL®” provided by Microsoft Corporation in the United States can be realized by a drag-and-drop operation.

  In the operation of the DO function, there is a problem that the operation becomes inconvenient when the target date of the drop destination is not displayed on the same screen. For example, if you want to drag “Voltaren” on September 6 and drop it on December 1 on the clinical data time series screen shown in FIG. 7, drag “Voltaren” and move the cursor on the screen in the horizontal axis direction. It is an operation of sequentially shifting to (for example, rightward) and dropping when December 1st appears. In such an operation, since the cursor is shifted by 80 cells or more, date movement cannot be quickly operated. In particular, when the cell width is large, there is a problem that the operability is extremely deteriorated because the shift operation takes a long time.

  In addition, in the medical data time series screen B shown in FIG. 8, when “Voltaren” on September 6 is dragged and dropped on September 9, there is no September 9 on the screen of FIG. The drag operation must be interrupted once. Then, after switching the screen to the continuous day display (FIG. 7), the drag and drop operation is performed again, and the operability is poor.

As an example of countermeasures, there is a drag-and-drop function that separates the image display area from the period display area, drags the image in the image display area, and drops it on the calendar for the specified year and month displayed in the period display area. Invented (see, for example, Patent Document 1).
JP 2005-269011 A

  However, the display of Patent Document 1 may be suitable for display for the drag and drop function of image data, but separates the image display area and the period display area, so that the medical data time series screen is displayed. Is unsuitable. In addition, since a large amount of information in an electronic medical record is generally displayed on the medical data time series screen, it is desirable to display unnecessary information as much as possible and without waste. Furthermore, the medical data time series screen in the continuous day display format has a problem that the operability is poor in the case of drag-and-drop to a distant date. Also, in the method of displaying only the dates for which there is implementation information, if you later realize that there is no drop date on the screen of the drag drop operation, you must interrupt the drag operation once and the operability is bad There was a problem to say.

  The present invention has been made to solve the above-described problem, and an object thereof is to provide a drag-drop display device, a drag-drop display control method, and a drag-drop display control program capable of easily performing a drag-drop operation.

  In order to achieve the above object, a drag drop display device of the present invention includes a display unit, an input unit, a calendar storage unit that stores a calendar, and an input function unit that receives an input command or input information from the input unit. And receiving the input command from the input function unit, displaying a medical data time series screen on the display unit, and receiving drag information from the input function unit in response to a drag operation in the medical data time series screen. When received, a drag drop assist screen composed of a calendar obtained from the calendar storage unit is created and displayed on the medical data time series screen, and the medical treatment of the date corresponding to the dropped cell on the drag drop assist screen is displayed. And a medical data time series screen function unit that records the drag information on the data time series screen.

  The drag drop display control method of the present invention is a drag drop display control method for a medical data time series screen, which receives an input command from an input function unit and displays the medical data time series screen on a display unit. When a drag information is received from the input function unit in response to a drag operation in the medical data time series screen, a drag drop assist screen composed of a calendar obtained from a calendar storage unit is created and the medical data time series screen is created. The date corresponding to the dropped cell on the drag drop assist screen is detected, and the drag information is recorded on the medical data time series screen of the date corresponding to the detected dropped cell. It is characterized by.

  Furthermore, the drag drop display control program of the present invention is a drag drop display control program for a medical data time series screen, which receives an input command from an input unit and displays the medical data time series screen on a display unit. When a drag information is received from the input unit in response to a drag operation in the medical data time series screen, a drag drop assist screen composed of a calendar obtained from a calendar storage unit is created. Drag drop assist screen creation function to be displayed on the medical data time series screen, detection function to detect a date corresponding to a dropped cell on the drag drop assist screen, and corresponding to the detected dropped cell Enter and record the drug information on the medical data time series screen for the date And having a force display function, a.

  According to the present invention, the drag drop assist screen is displayed on the medical data time-series screen, for example, in the vicinity of the drag start point, in the drag direction from the drag start point, or in the vicinity of the drag start point and where there is a lot of free space. The drag-and-drop function can be realized with a simple operation of dropping the calendar date on the screen.

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

  FIG. 1 shows a medical data time series screen 100 displayed by a drag drop display device according to an embodiment of the present invention.

  In the present embodiment, the drag drop assist screen of the drop destination date is displayed simultaneously with the start of the drag, and the execution information is created and displayed on the medical data time series screen 100 by dropping on the drop date on the calendar in the assist screen. , To save data. The medical data time series screen 100 displays information such as the patient's prescription, injection, sample examination, or the amount of medicine (not shown), scheduled operation date, scheduled room movement date, meal, etc. on the vertical axis. The schedule or actual date is displayed.

  For example, in the medical data time-series screen 100 shown in FIG. 1, if you want to drag the implementation information “Voltaren” on September 6 and drop it on September 18, select “Voltaren” and start dragging. The drop assist screen 10 (September calendar) is displayed in a pop-up manner adjacent to “Voltaren”. Then, the cursor is moved and dropped on the drag date (18th day) on the drag drop assist screen 10. As a result, as shown in FIG. 2, “Voltaren” is created and displayed in the “Prescription” field on September 18, and the data is stored. In FIG. 2, September 18 is displayed at the right end, but this may be displayed in the center to make it easier to see the dropped information.

  In other words, the drag drop assist screen 10 automatically appears in a pop-up manner by a drag start operation, and is automatically closed when the execution information is dropped on the drop date. Further, it is assumed that when a “close” button (not shown) is operated, the button is automatically closed. As an initial setting, a monthly calendar including the date of “today” is displayed. The month calendar may be set according to the drag direction. For example, when an operation is performed to drag in the right direction toward the screen, a calendar for the current month or the next month may be displayed, and when an operation is performed to drag in the left direction, a calendar for the previous month may be displayed. If the date of “Today” is the end of the month (for example, the date after the 25th), the calendar for the next month may be displayed.

  The arrow buttons 10a and 10b displayed on the left and right of the drag drop assist screen 10 update and display the month calendar by a mouse over (event) operation. For example, when a mouse click operation is performed on the arrow button 10a or 10b, the month calendar is updated and displayed in conjunction with the click operation. Alternatively, when the arrow 10a is long pressed, for example, October, November, December, etc. may be automatically updated and displayed every two seconds. Similarly, when long pressing on the arrow 10b, August, July, June, etc. may be automatically updated and displayed every 2 seconds. The update interval is changed according to user settings.

  Also, the arrow buttons 10aa and 10bb displayed on the left and right of the drag drop assist screen 10 are displayed by automatically updating the month calendar at a high speed by a mouse over (event) operation. For example, when the cursor is moved to the arrow button 10aa, October, November, December,... Are automatically updated and displayed every 0.5 seconds. Similarly, when the cursor is moved to the arrow button 10bb, August, July, June,... Are automatically updated and displayed every 0.5 seconds. Similarly, the update interval is changed by the user's setting.

  Although the month calendar is displayed on the drag drop assist screen 10, the present invention is not limited to this. For example, yearly or weekly display may be displayed, multiple months may be displayed, two or more months may be displayed, and multiple weeks may be displayed. May be.

  FIG. 3 is a view showing another display example of the drag drop assist screen 10. In this example, the drag drop assist screen 10 is displayed in a translucent manner. In this case, the color may be set in consideration of the background color so that the date on the calendar is easy to see. In addition, when “Voltaren” is dragged on September 18 (symbol 30) on the drag drop assist screen 10, September 6 (symbol 30) having the same information is also displayed in a format different from other dates. ing. Thereby, for example, by displaying all the dates of the same prescription, it is possible to easily confirm whether the date of the drop destination is the correct scheduled date.

  FIG. 4 is a diagram illustrating a configuration of a drag drop display device that realizes display control of the medical data time series screen 100 and the drag drop assist screen 10 according to the present embodiment.

  The drag drop display device 200 includes an input function unit 201, a medical data time series screen function unit 202, a drag drop processing function unit 203, a display unit 204, an input unit 205 including a mouse / keyboard, and a calendar storage unit 206. It is comprised by. Note that the input function unit 201, the medical data time-series screen function unit 202, and the drag processing function unit 203 may be realized by program control by a microprocessor. The calendar storage unit 206 stores the current year / past year / future year month calendar or calendar data.

  The input function unit 201 receives an input command or input information from the input unit 205 (mouse or keyboard), and passes the input command or input information other than the drag information to the medical data time-series screen function unit 202. However, when drag information is received from the input unit 205, the information is transferred to the drag drop processing function unit 203. The drag information includes the coordinate information of the drag start point and the drag direction in addition to the operation command.

  The medical data time series screen function unit 202 displays the medical data time series screen 100 on the display unit 204 based on an input command or input information other than the drag information input from the input unit 205, and also displays the medical data time series screen 100. Are input or corrected and displayed on the display unit 204.

  When the drag drop processing function unit 203 receives the drag information input from the input unit 205, the drag drop processing function unit 203 reads the calendar of the month including the date of the drag start point from the calendar storage unit 206, creates the drag drop assist screen 10, and creates the medical data. The information is displayed on the display unit 204 via the time series screen function unit 202. The drag drop processing function unit 203 detects the date of the dropped cell on the drag drop assist screen 10 and passes it to the medical data time series screen function unit 202. Based on this, the medical data time series screen function unit 202 updates the medical data time series screen 100 and updates and stores a medical data DB (not shown).

  FIG. 5 is a flowchart showing the detailed operation of the drag drop processing function unit 203.

  First, when the drag information input from the input unit 205 is received (Yes in Step S300), it is determined whether or not the drag start point is a point in the cell of the “clinical data time series screen 100” (Step S310).

  If it is not in the cell of “medical data time series screen 100” (No in step S320), the process returns to the drag start check (step S300).

  If the cell is within the “medical data time series screen 100” (Yes in step S320), the moving direction of the mouse (pointer) is calculated and the “drag drop assist screen 10” created in the moving direction is displayed (step S330). On this screen, the monthly calendar is updated and displayed by operating the arrow buttons 10a, 10b, 10aa, 10bb.

  If a drop operation has been performed (Yes in step S340), it is determined whether or not the drop point is within a cell of the “drag drop assist screen 10” (step S350).

  If the drop point is not in the cell of the “drag drop assist screen 10” (No in step S360), the process returns to the drag start check (step S300). When the drop point is in the cell of the “drag drop assist screen 10” (Yes in step S360), the date corresponding to the cell at the drop point is detected, the medical data series including the date is displayed, and the date The drag information (execution information) copied to the cell is displayed, the information is stored in a medical data DB (not shown) (step S370), and the operation ends.

  FIG. 6 is a diagram illustrating a configuration example of a modified example of the drag-drop display device. In the drag drop display device of FIG. 4, the medical data time series screen function unit 202 and the drag drop processing function unit 203 are configured. However, in FIG. 6, the medical data time series screen function unit 402 of the medical data time series screen 100 is displayed. The display control and the display control of the drag drop assist screen 10 are executed.

  That is, the medical data time series screen function unit 402 receives the input command or input information passed from the input function unit 401, displays the medical data time series screen 100 on the display unit 204, and receives the input from the input function unit 204. When the drag information in the delivered medical data time series screen 100 is received, a drag drop assist screen 10 composed of a monthly calendar obtained from the calendar storage unit 206 is created and displayed near the drag start point. Then, the date of the dropped cell on the drag drop assist screen 10 is detected, the drag information is displayed on the medical data time series screen 100 of the date, and the information is stored in the medical data DB. The determination of the drag information may be performed by the medical data time-series screen function unit 402 or may be performed by the input function unit 401.

  According to the present embodiment, in response to the drag drop operation, there is an empty space on the medical data time series screen, for example, in the vicinity of the drag start point, in the drag direction from the drag start point, or in the vicinity of the drag start point. The drag drop assist screen is displayed in many places, and the drag drop function is executed simply by dropping the date on the date of the month calendar on the drag drop assist screen, so that the operability can be remarkably improved.

  The present invention is not limited to the above-described embodiment, and the design may be changed as appropriate without departing from the gist of the present invention.

The figure which shows the medical data time series screen and drag drop assist screen which were displayed by the drag drop display apparatus which concerns on embodiment of this invention. The figure which shows the medical data time series screen after the drop by the drag drop display apparatus which concerns on embodiment of this invention. The figure which shows the other example of a display of the drag drop assist screen which concerns on embodiment of this invention. The figure which shows the structure of the drag drop display apparatus which displays the medical treatment data time series screen and drag drop assist screen of this embodiment. 6 is a flowchart showing a detailed operation of a drag-drag processing function unit of the present embodiment. The figure which shows the other structural example of the drag drop display apparatus which displays the medical data time series screen and drag drop assist screen of this embodiment. The figure which shows the example of a display of the conventional medical treatment data time series screen. The figure which shows the other example of a display of the conventional medical data time series screen.

Explanation of symbols

100 medical data time series screen 10 drag drop assist screen 200 drag drop display device 201 input function unit 202 medical data time series screen function unit 203 drag processing function unit 204 display unit 205 input unit 206 calendar Memory

Claims (8)

A display unit;
An input section;
A calendar storage unit for storing the calendar;
An input function unit for receiving an input command or input information from the input unit;
Receiving the input command from the input function unit, displaying a medical data time series screen on the display unit, and receiving drag information from the input function unit in response to a drag operation in the medical data time series screen Creating a drag drop assist screen composed of a calendar obtained from the calendar storage unit, displaying the medical data time series screen, and displaying the medical data time series of the date corresponding to the dropped cell on the drag drop assist screen A medical data time-series screen function unit for recording the drag information on the screen;
A drag drop display device characterized by comprising: A display unit;
An input section;
A calendar storage unit for storing the calendar;
An input function unit for receiving an input command or input information from the input unit;
A medical data time series that receives an input command or input information passed from the input function unit, displays a medical data time series screen on the display unit, and performs data input or correction of the medical data time series screen A screen function,
When the drag information is received from the input function unit in response to the drag operation in the medical data time series screen, a drag drop assist screen including a calendar obtained from the calendar storage unit is created and the medical data time series screen is created. A drag-drag processing function unit for displaying a date corresponding to a dropped cell on the drag-drop assist screen,
Have
The medical data time series screen function unit records the drag information on the medical data time series screen of the date corresponding to the dropped cell detected by the drag drop processing function unit. apparatus.   The drag drop display control apparatus according to claim 1, wherein a button for updating the calendar is provided on the drag drop assist screen.   The drag drop assist screen is displayed in the vicinity of the drag start point on the medical data time series screen, in a drag direction from the drag start point, or in a place with a lot of free space near the drag start point. The drag drop display control device according to claim 1 or 2, wherein   3. The drag drop display control apparatus according to claim 1, wherein the drag drop assist screen is translucent.   3. The drag drop display control apparatus according to claim 1, wherein all dates having the same information as the dropped drag information on the drag drop assist screen are displayed in a format different from other dates. . A method of drag-drop display control of a medical data time series screen,
Receives an input command from the input function unit, displays the medical data time series screen on the display unit,
When drag information is received from the input function unit in response to a drag operation in the medical data time series screen, a drag drop assist screen including a calendar obtained from a calendar storage unit is created and displayed on the medical data time series screen. Display
Detect the date corresponding to the dropped cell on the drag drop assist screen,
A drag drop display control method comprising: recording the drag information on the medical data time series screen of a date corresponding to the detected dropped cell. A drag-drop display control program for medical data time-series screens,
A medical data time series screen display function for receiving an input command from the input unit and displaying the medical data time series screen on the display unit;
When drag information is received from the input unit in response to a drag operation in the medical data time series screen, a drag drop assist screen including a calendar obtained from a calendar storage unit is created and displayed on the medical data time series screen Drag drop assist screen creation function,
A detection function for detecting a date corresponding to a dropped cell on the drag drop assist screen;
An input display function for inputting and recording the drag information on the medical data time-series screen of the date corresponding to the detected dropped cell;
A drag drop display control program characterized by comprising:

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