JPH03154161A - Slip screen display system - Google Patents

Abstract

PURPOSE:To facilitate the change of a slip screen and the item calculation by designing freely a desired slip screen by a screen defining body from one logical large slip and displaying the item concerned. CONSTITUTION:The item concerned is displayed by designing freely a desired slip screen 2 by a screen defining body 4 from one logical large slip 1, and from this slip screen 2, a desired item is selected etc., and inputted. Accordingly, in the case the slip screen 2 is changed, the changed slip screen 2 can be designed easily by changing only the screen defining body 4. In such a way, by searching one or plural slips concerned in one large slip 1 at the time of calculating an item, the point number calculation can be executed by simple calculation logic, based on the item concerned of an item master 5.

Description

[Detailed Description of the Invention] [Summary] Regarding a slip screen display method that extracts and displays a desired slip screen from a large slip, a desired slip screen can be freely designed using a screen definition from one logical large slip. The purpose is to display the relevant items, easily change the document screen, and calculate the items.A logical large document that saves multiple document screens together, and the items in this large document. It is equipped with a screen definition body that defines the framework and items to be displayed as a voucher screen on the screen, and an item master that collectively saves the detailed information of the items, and the items defined on the voucher screen defined by the above screen definition body. is displayed by referring to the item master, and a desired item is selected and inputted from the displayed slip screen.

[Industrial application field]

The present invention relates to a slip screen display method for extracting and displaying a desired slip screen from a large slip.

[Prior Art and Problems to be Solved by the Invention] When a doctor instructs a test at a hospital, conventionally the doctor instructs by selecting a predetermined item from a screen of a form or a form image. This inspection slip is designed depending on the analyzer in the inspection department. In addition, in medical accounting, test fees are regulated by the Medical Act as itemized calculations. As a result, calculation items are sometimes spread over multiple inspection slips, which complicates the calculation logic, and when a slip is changed, it has a significant impact on the system, such as a major remodeling of the logic. There was a problem that it became . Therefore, when these operations are systemized: (1) It is easy to change the slip screen due to changes in analyzers, etc.

(2) It is easy to change the medical accounting logic by changing the slip screen.

It is desired to do this. Furthermore, when panpackaging these systems, it is possible to minimize customization and make it flexible and easy, in order to cover different slips for each hospital and to respond to the annual revision of the medical law. It is hoped that this will be addressed.

The present invention freely designs a desired slip screen using a screen definition from one logical large slip and displays corresponding items.
The purpose is to make it easy to change the slip screen and calculate items.

[Means to solve problems]

Means for solving the problem will be explained with reference to FIG.

In FIG. 1, a large slip 1 is a logical slip that stores a plurality of slip screens 2 together.

The screen definition body 4 is a definition body that defines the framework and items to be displayed on the screen as the slip screen 2 for the items in the large slip l.

The item master 5 is a file that collectively stores detailed information on items.

[Effect]

As shown in FIG. 1, the present invention combines multiple slip screens 2 into one
Logical large slip 1 to be stored together, this large slip l
A screen definition body 4 that defines the framework and items to be displayed as the slip screen 2 on the screen for the items in the document, and an item master 5 that collectively saves detailed information of the items are provided, and the voucher screen defined by the screen definition body 4 is provided. The items defined on z are displayed by referring to the item master 5, and desired items are selected and inputted from the displayed slip screen z.

Therefore, it is possible to freely design the desired slip screen 2 from one logical large slip l using the screen definition body 4, display the relevant items, and easily change the slip screen 2 and calculate the items. .

〔Example〕

Next, the configuration and operation of one embodiment of the present invention will be explained in detail using FIGS. 1 to 4.

FIG. 1(a) shows an example of a logical large slip.

In FIG. 1 (A), the large slip l is a logical slip that saves multiple slip screens 2 together, and for example, the illustrated slip screens ■, ■, ■, etc. are saved together. It is something.

The slip screen 2 is an image of a slip used by a doctor to give an examination instruction, and is shown here as a slip screen (■, ■, ■, etc.).

For example, on the slip screen ■, as shown on large slip 1, item A
, B, and CSD. Similarly, the slip screen ■ is a screen composed of items a, b, c, and d. The slip screen ■ is a screen consisting of items B, Cs b, and c.

As described above, by collectively storing (managing) the slip screens ■, ■, ■, etc. in the first logical large slip 1, it is easy to create the slip screen 2 with arbitrary items using the screen definition body 4, which will be described later. It becomes possible to design

FIG. 1(b) shows an example of the system configuration.

In FIG. 1(b), the screen master 3 is the screen definition body 4.
This is a file that stores all.

The screen definition body 4 is a definition body that defines the framework and items of the items in the large slip 1 to be displayed on the screen as the slip screen 2. For example, as shown in the diagram, the slip screen “internal medical examination”
Item A: Position of X=1, Y=1 Item B: Position of X=l, Y=2 Item C: Position of x=2, Y=1. Item, B
item, C item) and the positions where these items are displayed.

The item master 5 is a file that collectively stores items. The contents read from this item master 5 (code, name, amount collected, etc.) are displayed on the slip screen 2.

The control section 6 performs various controls.

The host terminal or personal computer 7 displays the slip screen 2 according to this embodiment, and selects and inputs items on the slip screen 2.

Next, the operation (display/input) of the configuration of one embodiment of the present invention will be explained in detail according to the order shown in the flowchart of FIG.

In FIG. 2, ■ displays an indicator selection screen. As shown on the right side, this displays an instruction sheet selection screen for giving examination instructions, such as internal examinations, surgical examinations, etc.

@ selects an instruction sheet using a box cursor; 0 selects, for example, an internal medicine examination.

◎ displays the internal medicine examination screen. This displays the internal medicine examination screen selected with @ with reference to the screen master 3 and item master 5. Specifically, FIG. 1(b) Screen definition body 4 of the selected internal medicine examination in the screen master 3
The frame of the screen is displayed on the display with reference to the item master 5, and the contents of the corresponding item (code, name, amount collected, etc.) are displayed with reference to the item master 5.

For [Phase], select the applicable item. This is input by selecting, with a box cursor, the item for which the doctor wishes to give an examination instruction from the slip screen 2 displayed on the display (◎).

■ saves the input contents to a file.

Through the above steps, the slip screen 2 corresponding to the selected instruction sheet is displayed on the display by referring to the screen definition 4 and item master 5 stored in the screen master 3, and inspected on this slip screen 2. It becomes possible to select and input the item for which instructions are to be given. Thereby, even if, for example, one part of the slip screen 2 is changed, the desired slip screen 2 can be easily designed by changing the screen definition body 4.

Next, the operation (score calculation) of the configuration of one embodiment of the present invention will be described in detail in accordance with the order shown in the chart in FIG. 370.

In FIG. 3, ■ reads a large slip, searches within the record, and calculates points (item calculation). At this time, multiple slips are searched and points are calculated as necessary. This means that when calculating points for the inspection instructions selected and input from the slip screen 2 according to the procedure shown in the flowchart in Fig. 2, as shown in Fig. 2 (a),
Even when it is necessary to search and calculate points across multiple slip screens 2 beyond one slip screen 2, this embodiment uses the corresponding record within one large slip 1 (for example, item a1 of slip A. . . , item b1 of the B slip, etc.) to easily calculate the score.

Conventionally, when calculating scores across multiple slips, each slip is searched to determine whether or not each slip has been searched, and if there is, the score is calculated based on both, and if not, it is searched individually. There was a problem in that complex medical accounting logic, such as point calculation, was required to be incorporated into the system.

FIG. 4 shows another system configuration diagram of the present invention.

This is a case where the host and the personal computer cooperate and the doctor gives the test instructions from the personal computer screen. In this case, the screen definition body 4 is provided on the personal computer side, the slip screen 2 is displayed on the personal computer, and the corresponding item can be selected and input from the slip screen 2. Items may be collectively stored and managed in the item master 5 in the host, or each personal computer may have an item master for management.

〔Effect of the invention〕

As explained above, according to the present invention, a desired slip screen 2 is freely designed using the screen definition body 4 from one logical large slip 1 to display relevant items, and a desired slip screen 2 is displayed from this slip screen 2. Since the system adopts a configuration in which items are selected and input, changes to the slip screen 2 and item calculations can be easily performed. Specifically, when there is a change in the slip screen 2, it is possible to easily design the changed slip screen 2 by changing only the screen definition body 4, and when calculating items, one large slip 1 can be easily designed. It is possible to search for one or more corresponding slips (records) in the list and calculate points based on the corresponding items in the item master 5 using a simple calculation logic.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of one embodiment of the present invention, FIGS. 2 and 3 are flowcharts for explaining the operation of the present invention, and FIG. 4 is a block diagram of another system of the present invention. In the figure, 1 represents a logical large slip, 2 represents a slip screen, 3 represents a screen master, 4 represents a screen definition body, 5 represents an item master, and 7 represents a host terminal or personal computer.

Claims (1)

[Claims] In a slip screen display method in which a desired slip screen is taken out and displayed from a large slip, a logical large slip (1) that saves a plurality of slip screens (2) as one; Regarding the items in the large slip (1), the slip screen (
2), a screen definition body (4) that defines the framework and items to be displayed, and an item master (5) that collectively saves the detailed information of the items, and a slip screen defined by the screen definition body (4) above. (2
) A document characterized in that the items defined above are displayed by referring to the item master (5), and desired items are selected and inputted from the displayed document screen (2). Screen display method.