JPH11282944A - Consultation support device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable an operator to know a destination shifted from the current picture by deciding the next picture of the shifting designation, based on a preserved history and displaying the name of the decided next picture. SOLUTION: A picture shift 1 shows a case of a new patient. When a consultation support device is activated, a selected picture is activated. As the next picture is not fixed, the picture of a shifting designation is not displayed on a function key and the picture is shifted to the one that is selected by an operator. In other words, the picture is shifted to the initially registered one in this case. When a function key within a shifted accounting processing screen is pressed, this picture is shifted to the selected one. Meanwhile, a picture shift 2 shows a case of a second medical examination (non-new patient) and no picture of the shifting destination is displayed on a function key like the case of the shift 1. Then the shifted accounting processing picture is now shifted to a consultation collation picture when the function key within the accounting processing picture is pressed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention records medical information and office information associated with medical treatment, and partially selects screens necessary for processing at each stage in the hospital based on the flow of in-hospital processing. The present invention relates to a medical care support apparatus that displays in accordance with a predetermined input in an order determined to have.

[0002]

2. Description of the Related Art In a clinic, a dental clinic, or a hospital, medical information acquired based on a dialogue between a doctor and a patient during medical treatment and office information (new patient registration, (Re-entry, accounting, etc.) are recorded electronically, and necessary information is displayed on the screen as needed in each stage of the in-hospital process to support the process at each stage. Such a medical care support apparatus is being provided.

[0003]

The flow of processing at a clinic or the like, particularly the flow of paperwork, depends on whether the patient is a new patient, a returning patient, a first-time returning patient, It depends on whether the patient is a returning patient. For example, in the case of a new patient, it is necessary to register various information such as address, date of birth, medical history, family structure, type of insurance card, and the like. Therefore, in the above-described support system, the transition destination of the next screen is determined to be different according to each flow.

For example, since the screen transition 1 in FIG. 2 is a case of a new patient, the initial registration screen (address, date of birth, medical history, family structure, The screen for registering the type of insurance card, etc.) is selected by the operator. After that, the screen returns to the processing selection screen again through the medical treatment registration screen and the accounting processing screen.

On the other hand, since the screen transition 2 in FIG. 2 is for a returning patient, the operator selects a medical care collation screen for collating the previous medical care as the next screen in the process selection screen which is the initial screen. Is done. After that, the screen returns to the medical care collation screen again via the medical care registration screen and the accounting processing screen.

[0006] As described above, the screen transition 1 and the screen transition 2 determined based on the flow of the in-hospital processing, respectively, differ from the transition destination from the accounting processing screen. For this reason, for example, when the office is interrupted due to a lunch break or the like during the accounting process, or the operator is changed, the current position in the in-hospital process is not known, and the transition destination from the accounting process screen is changed. May not be able to be determined. An object of the present invention is to enable an operator to know a transition destination from the current screen.

[0007]

According to the present invention, medical information and office information associated with medical treatment are recorded, and a screen necessary for processing at each stage in the hospital is partially formed based on the flow of the in-hospital processing. A medical care support apparatus that displays in response to a predetermined input in an order determined to have options, a history storage unit that stores a history related to screen transition, and a history stored in the history storage unit. The medical care support apparatus includes: a next screen determination unit that determines a next screen of a transition destination based on the next screen; and a next screen display unit that displays a name of a next screen of the transition destination determined by the next screen determination unit.

[0008]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing the configuration of the embodiment device, FIG. 2 is a flowchart showing screen transition, FIG. 3 is a flowchart showing a procedure at the time of starting the screen, FIG. 4 is a flowchart showing a procedure at the end of the screen, and FIG. The column is an explanatory diagram showing the correspondence between function keys and functions of this apparatus, the lower left column of FIG. 5 is a screen transition management table used to determine the screen transition destination, and the lower right column of FIG. FIG. 6 is an explanatory diagram illustrating a medical care registration screen, FIG. 7 is an explanatory diagram illustrating an accounting process screen in screen transition 1, and FIG. 8 is an explanatory diagram illustrating an accounting process screen in screen transition 2. It is explanatory drawing which illustrates.

[0009] As shown in FIG.
It includes a PU 1, a ROM 2, a RAM 3, the storage device 4, an input device 5 such as a keyboard and a mouse, a display device 6 such as a CRT or a liquid crystal screen, and a printer 7. The function table of the function keys, the screen transition management table, and the transition state table described above are stored in the RAM 3.

Hereinafter, the operation of the apparatus relating to screen transition will be described.
explain. 1. Screen transition 1. Screen transition 1 shows a screen transition for a new case. When the apparatus is started, first, a selection screen is started. On the selection screen, the next screen is not fixed as shown in the screen transition management table in the lower left column of FIG. That is,
The choice of which screen to transition to is left to the user. Therefore, the transition destination screen is not displayed on the function key F12.

A description will be given in accordance with the processing of FIG. First, the screen transition management table is referred to (S11). Since the screen type is “parent” (S12: parent), the screen number “1” is set to “parent screen number” in the transition state table (S1).
3). Also, the screen number “1” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S15), and since the next screen is not “return to parent” (S16: NO), the name of the next screen is extracted from the screen transition management table (S18). However, in this case, since the next screen is “arbitrary”, step S18 is ignored. Therefore, in step S19, the screen of the transition destination is not displayed on the function key F12.

When a "initial registration button (not shown)" on the selection screen is pressed, the screen shifts to an initial registration screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "Optional"
(S32: optional), the screen transits to the screen selected by the operator (S35). That is, in this case, the screen transitions to the initial registration screen.

The process at the time of starting the initial registration screen will be described with reference to FIG. First, the screen transition management table is referred to (S11), and the screen type is “child” (S1).
2: child), step S13 is jumped, and the screen number “3” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S1
5) Since the next screen is not “return to parent” (S16: N
O), the name of the next screen is extracted from the screen transition management table (S18). In this case, “medical registration” is extracted. In step S19, function key F12
"Medical registration" which is a screen of the transition destination is displayed.

[Function key F] in the initial registration screen
When the user presses "12", the screen shifts to a medical care registration screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "fixed"
(S32: fixed), and the next screen is not “return to parent” (S33: NO), so that the screen transitions to the next screen in the screen transition management table (S36). That is, the screen transitions to the medical care registration screen.

The processing at the time of starting the medical care registration screen will be described with reference to FIG. First, the screen transition management table is referred to (S11), and the screen type is “child” (S1).
2: child), step S13 is jumped, and the screen number “4” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S1
5) Since the next screen is not “return to parent” (S16: N
O), the name of the next screen is extracted from the screen transition management table (S18). In this case, "accounting process" is extracted. In step S19, function key F12
Then, as shown in FIG. 6, "accounting process" which is a screen of the transition destination is displayed.

[Function key F] in the medical care registration screen
When "12" is pressed, the screen transits to an account processing screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "fixed"
(S32: fixed), and the next screen is not “return to parent” (S33: NO), so that the screen transitions to the next screen in the screen transition management table (S36). That is, the screen transits to the accounting processing screen.

The processing at the time of starting the accounting processing screen will be described with reference to FIG. First, the screen transition management table is referred to (S11), and the screen type is “child” (S1).
2: child), step S13 is jumped, and the screen number “5” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S1
5) Since the next screen is "return to parent" (S16: YE)
S), the screen name “selected screen” indicated by “1” described in “parent screen number” of the transition state table is extracted from the screen transition management table (S17). Step S
In FIG. 19, as shown in FIG. 7, "selection of process (selection screen)" which is a transition destination screen is displayed on function key F12.

[Function key F] in the accounting screen
When "12" is pressed, the screen transits to a process selection screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "fixed"
(S32: fixed), and the next screen is “return to parent” (S33: YES), so the screen “Process selection (1) indicated by“ 1 ”described in“ parent screen number ”in the transition state table Selection screen) ”(S34).

2. Screen transition 2. Screen transition 2 shows a screen transition in the case of re-examination (in the case of a non-new patient). That is, a screen transition when head registration is not required is shown. When this apparatus is started, first, a selection screen is started in the same manner as in the case of screen transition 1. On the selection screen, the next screen is not fixed as shown in the screen transition management table in the lower left column of FIG. That is,
The choice of which screen to transition to is left to the user. Therefore, the transition destination screen is not displayed on the function key F12.

A description will be given in accordance with the processing of FIG. First, the screen transition management table is referred to (S11). Since the screen type is “parent” (S12: parent), the screen number “1” is set to “parent screen number” in the transition state table (S1).
3). Also, the screen number “1” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S15), and since the next screen is not “return to parent” (S16: NO), the name of the next screen is extracted from the screen transition management table (S18). However, in this case, since the next screen is “arbitrary”, step S18 is ignored. Therefore, in step S19, the screen of the transition destination is not displayed on the function key F12.

When a "medical collation button (not shown)" in the selection screen is pressed, the screen shifts to a medical collation screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "Optional"
(S32: optional), the screen transits to the screen selected by the operator (S35). That is, in this case, the screen transitions to the medical care collation screen.

The processing at the time of starting the medical care collation screen will be described with reference to FIG. First, the screen transition management table is referred to (S11), and the screen type is “parent” (S1).
2: parent), the screen number “2” is set to “parent screen number” in the transition state table (S13). Also, the screen number “2” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S1
5) Since the next screen is not “return to parent” (S16: N
O), the name of the next screen is extracted from the screen transition management table (S18). In this case, “medical registration” is extracted. In step S19, function key F12
"Medical registration" which is a screen of the transition destination is displayed.

[Function key F] in the medical examination collation screen
When the user presses "12", the screen shifts to a medical care registration screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "fixed"
(S32: fixed), and the next screen is not “return to parent” (S33: NO), so that the screen transitions to the next screen in the screen transition management table (S36). That is, the screen transitions to the medical care registration screen.

The processing at the time of starting the medical care registration screen will be described with reference to FIG. First, the screen transition management table is referred to (S11), and the screen type is “child” (S1).
2: child), step S13 is jumped, and the screen number “4” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S1
5) Since the next screen is not “return to parent” (S16: N
O), the name of the next screen is extracted from the screen transition management table (S18). In this case, "accounting process" is extracted. In step S19, function key F12
Then, as shown in FIG. 6, "accounting process" which is a screen of the transition destination is displayed.

[Function key F] in the medical care registration screen
When "12" is pressed, the screen transits to an account processing screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "fixed"
(S32: fixed), and the next screen is not “return to parent” (S33: NO), so that the screen transitions to the next screen in the screen transition management table (S36). That is, the screen transits to the accounting processing screen.

The processing at the time of starting the accounting processing screen will be described with reference to FIG. First, the screen transition management table is referred to (S11), and the screen type is “child” (S1).
2: child), step S13 is jumped, and the screen number “5” is set to “current screen number” in the transition state table (S14). The screen transition management table is referred to (S1
5) Since the next screen is "return to parent" (S16: YE)
S), the screen name “medical check” indicated by “2” described in “parent screen number” of the transition state table is extracted from the screen transition management table (S17). Step S
In FIG. 19, as shown in FIG. 8, "Medical care collation" which is a transition destination screen is displayed on the function key F12.

[Function key F] in the accounting screen
When "12" is pressed, the screen transits to a process selection screen. This transition will be described with reference to the processing of FIG. First, the screen transition management table is referred to (S31). Next screen is "fixed"
(S32: fixed), and the next screen is “return to parent” (S33: YES), so the screen “medical collation screen” designated by “2” described in “parent screen number” in the transition state table (S34).

As described above, in the present apparatus, when the accounting screen is displayed, according to the history that has reached the accounting screen,
The display of the function key F12 (display indicating the screen at the transition destination) is switched. Therefore, for example, even when the operator is changed during the process, the new operator can know the transition destination of the current screen, and can know the current position of the process.

[0029]

According to the present invention, the name of the next screen of the transition destination determined based on the history of the screen transition is displayed. Therefore, even if the operator is changed on the way, the flow of the in-hospital processing is performed. The current position in the and the next screen of the transition destination,
A new operator can also be known.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an embodiment apparatus.

FIG. 2 is a flowchart showing screen transition 1 and screen transition 2;

FIG. 3 is a flowchart showing a procedure at the time of starting a screen.

FIG. 4 is a flowchart showing a procedure at the end of a screen.

FIG. 5 is an explanatory diagram showing functions of function keys of the embodiment device, an lower column is an explanatory diagram of a screen transition management table, and a lower right column is an explanatory diagram of a transition state table.

FIG. 6 is an explanatory diagram showing an example of a medical care registration screen.

FIG. 7 is an explanatory view of an accounting processing screen in the progress shown in screen transition 1 of FIG. 2;

FIG. 8 is an explanatory diagram of an accounting processing screen in the progress shown in screen transition 2 of FIG. 2;

[Explanation of symbols]

 6 Display device

Claims (1)

[Claims] Claims: 1. A system for recording medical information and office information associated with medical treatment, and determining a screen required for processing at each stage in the hospital based on a flow of the in-hospital processing so as to have some options. A medical care support apparatus that displays, in order, in response to a predetermined input, a history storage unit that stores a history relating to screen transitions, and a next screen of a transition destination based on the history stored in the history storage unit. A medical care support apparatus comprising: a next screen determining means for determining; and a next screen displaying means for displaying a name of a next screen of a transition destination determined by the next screen determining means.