JP2004086671A - Medical examination support apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce a labor for input operation when the state of hospitalization of a specified patient at a specified date is changed on a bed management screen. <P>SOLUTION: This medical examination support apparatus comprises a cell management means managing cells by allowing the cells in a lattice classified by lines and rows to correspond with beds and dates in a bed management screen, a bed-patient storage means holding the relation of correspondence between beds and patients for each date, a change type input means for inputting the change type of the state of utilization of beds, and a hospitalization state change means capable of changing the state of hospitalization indicated by the patient and date specified by the bed and date corresponding to the selected cell according to the inputted change type when the change type is inputted and the cell is selected. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to a medical care support device that is a computer device having an electronic medical record function. More specifically, the present invention relates to a medical care support apparatus having a function of displaying a hospitalization state (admission reservation / hospitalization schedule / today's hospitalization / admission / outside stay / outing / outside discharge / planned discharge) on a bed management screen.
[0002]
[Prior art]
In the bed management screen, as illustrated in FIG. 2, the hospitalization state (admission reservation / hospitalization schedule / today hospitalization / hospitalization /) of the patient of each bed for a predetermined period (eg, 14 days) starting from today (system date). (Stay overnight / going out / discharge scheduled / discharge) is displayed on each cell. That is, the hospitalization state of the patient on the bed in the row is displayed in the row direction, and the hospitalization state of the patient in each bed in the column is displayed in the column direction. Further, at the left end of each row, the hospitalization status of the patient on the bed of each row as of today (system date) is displayed.
[0003]
[Problems to be solved by the invention]
In the conventional bed management screen, when it is desired to change the hospitalization state of a desired patient on a desired date, first, the current date in which the system date is set in the initial state is changed to the desired date, and then , Selecting the type of change operation (hospitalization registration, discharge registration, sleepover registration, outing registration, transfer / registration registration), and then selecting a desired patient, requires a complicated input operation. Was. This complication is particularly remarkable when the hospitalization status is changed over a plurality of days (because it is necessary to change the date today each time), and the productivity of recording / reproducing electronic medical records has been greatly impaired. .
[0004]
A similar problem occurs when a medical chart of a desired consultation date of a desired patient is opened from the bed management screen. That is, in the conventional bed management screen, if you want to open and display the chart of the desired date of the desired patient, first change today's date to the desired date, and then select the patient. A complicated input operation is required. This complication is particularly noticeable when the medical chart is opened and displayed over a plurality of days, and the recording / reproducing productivity of the electronic medical chart has been greatly impaired.
[0005]
The present invention provides a troublesome input operation for changing a hospitalization state of a desired patient on a desired date from a bed management screen, and an input operation for opening a desired medical consultation day chart of a desired patient from a bed management screen. The purpose is to reduce labor.
[0006]
[Means for Solving the Problems]
The present invention is configured as in the following [1] to [6].
[1] A medical care support apparatus having a function of displaying a bed management screen for managing a bed use state including an empty bed state and a hospitalization state of a patient using the bed,
Cell management means for managing cells by associating a bed with a date in a cell in a grid divided by rows and columns in a bed management screen,
A bed-patient storage means for holding a correspondence between the bed and the patient by date;
A change type input means for inputting a change type of the bed use status;
When a change type is input and a cell is selected, the hospitalization state indicated by the patient and date specified by the bed and date corresponding to the selected cell can be changed according to the input change type. Hospitalization status changing means to
A medical care support apparatus comprising:
[0007]
[2] In the above [1],
The type of change to be entered is to change the use status of the bed, such as hospitalization registration, discharge registration, sleepover registration, outing registration, transfer / transfer registration, etc.
A medical treatment support device characterized by the following.
[0008]
[3] A medical care support apparatus having a function of displaying a bed management screen for managing the use status of a bed,
Cell management means for managing cells by associating a bed with a date in a cell in a grid divided by rows and columns in a bed management screen,
A bed-patient storage means for holding a correspondence between the bed and the patient by date;
A change type input means for inputting a change type of the bed use status;
When a cell is selected without inputting a change type, a chart screen is activated to display a chart specified by the patient and date specified by the bed and date corresponding to the selected cell. Management means;
A medical care support apparatus comprising:
[0009]
[4] A medical care support apparatus having a function of displaying a bed management screen for managing the use status of a bed,
Cell management means for managing cells by associating a bed with a date in a cell in a grid divided by rows and columns in a bed management screen,
A bed-patient storage means for holding a correspondence between the bed and the patient by date;
When a cell is selected, a hospitalization state changing means for changing the hospitalization state designated by the patient and date specified by the bed and date corresponding to the selected cell to the next hospitalization state determined by the hospitalization state, ,
A medical care support apparatus comprising:
[0010]
[5] In the above [4],
The next hospitalization state determined by the hospitalization state is that if the hospitalization state is scheduled to be hospitalized today, to be hospitalized if the hospitalization state is hospitalized today, to go out if the hospitalization state is hospitalized, to go out and to the hospitalization state to go out In the case of staying out of bed, staying in the hospital if the staying state is staying out, leaving the hospital if the staying state is scheduled to be discharged, and being scheduled to be discharged if the hospitalization state is to be discharged.
A medical treatment support device characterized by the following.
The order of going out and staying out may be reversed.
[0011]
[6] In any one of the above [1] to [5],
Cell display control means for controlling the display mode of the cell according to the hospitalization state indicated by the patient and date specified by the bed and date corresponding to the cell,
A medical care support apparatus comprising:
The cell display control means displays, for example, a specific icon determined according to the hospitalization state, or displays in a specific display color determined according to the hospitalization state.
[0012]
BEST MODE FOR CARRYING OUT THE INVENTION
FIG. 1 is a configuration diagram of a medical care support apparatus (= a computer apparatus having an electronic medical record function) according to an embodiment. 2 to 6 are explanatory diagrams showing examples of screens displayed by the medical care support apparatus in FIG. 1. FIG. 2 is a bed management screen, FIG. 3 is a hospital registration screen, FIG. 4 is a discharge registration screen, and FIG. FIG. 6 exemplifies a floor / change department registration screen, and FIG. FIG. 7 is an explanatory diagram exemplifying icons that can be used to indicate a bed state under each date item on the bed management screen. 8 to 12 are explanatory diagrams showing examples of the configuration of a table used in the medical care support apparatus of FIG. 1. FIG. 8 is a bed allocation table, FIG. 9 is a bed table (a) and a room table (b). 10 is a basic information table (a) and hospitalization information table (b), FIG. 11 is a progress table (a) and a prescription table (b), and FIG. 12 is a patient table (a) and a doctor table (b). Each is exemplified. 13 to 17 are flowcharts showing the processing procedure on the bed management screen.
[0013]
[1] Outline of device:
As shown in FIG. 1, the medical care support apparatus includes a control device 10 having a CPU, a RAM, a ROM, and the like, a storage device 11 including a hard disk, a display device 16 including a liquid crystal monitor or a CRT, and a keyboard. It is a computer device provided with an input device 17 including a mouse and a mouse, a printing device 18, and the like. Since the configuration of a computer device having these components is well known, the description is omitted in principle. FIG. 1 shows an example of a stand-alone configuration, but the present medical care support apparatus may be configured using a server and a client on a LAN. In short, as long as the function of the present invention can be realized, it does not matter whether it is a single computer device or a combination of a plurality of computer devices.
[0014]
The hard disk 11 stores application software for realizing an electronic medical chart function. Descriptions of well-known portions of the electronic medical record function will be omitted, and a description will be given mainly of functions related to a change in the hospitalization state.
[0015]
[2] Table:
The hard disk 11 also stores a medical care information database used in the electronic medical chart function. Descriptions of known parts of the medical care information database are omitted, and tables used for displaying the bed management screen and processing on the bed management screen (bed assignment table, bed table, hospital room table, basic information table, hospitalization information, etc.) Tables, progress tables, prescription tables, patient tables, doctor tables, etc.) will be described. The following shows an example of the table configuration, and it goes without saying that a table configuration different from the following may be employed as long as the configuration can achieve the functions of the present invention.
[0016]
The bed assignment table (FIG. 8) manages bed assignment for each patient and for each period. In the bed assignment table, a record is added each time a patient is associated with a bed. In the bed assignment table, the bed ID, the patient ID, the use start date and time, and the use end date and time are associated with the unique assignment ID. When one bed is used by a plurality of patients on the same day (eg, patient a is discharged in the morning and patient b is hospitalized in the afternoon), the one bed ID is assigned to the plurality of patient IDs. Correspond. The order is, for example, ascending order of the patient ID.
[0017]
In the bed table (FIG. 9A), a unique bed ID is associated with a hospital room ID, a bed number, a bed name, a bed division, ancillary facilities, and the like.
In the sickroom table (FIG. 9B), a unique sickroom ID is associated with a sickroom name, a user category, and the like.
[0018]
In the basic information table (FIG. 10A), a record is added for each consultation (or prescription). "Or prescription" means, for example, that in the case of hospitalization, medication for several days may be prescribed in advance, and in that case, a record of the date of the medication (date of consultation) may be added. Say. In the basic information table, a unique basic information ID is associated with a patient ID, a consultation ID, a consultation date (prescription target date), a consultation category (first consultation / re-visit), a hospitalization category (inpatient / overnight / out), and the like.
[0019]
In the hospitalization information table (FIG. 10B), a record is added for each patient for whom a hospitalization bibliography (hospitalization reservation / hospitalization, etc.) has occurred. In the hospitalization information table, a unique hospitalization information ID is associated with a patient ID, a hospitalization reservation date, a hospitalization date, a planned discharge date, a discharge date, and the like.
[0020]
In the progress table (FIG. 11A), a record is added for each consultation and for each progress (chief complaint / finding / body temperature / memo, etc.). In the progress table, the unique progress ID is associated with the patient ID, the consultation ID, the consultation date, the name of the progress, the content of the progress, the input person ID, and the like. The consultation ID is common to the consultation ID of the basic information.
In the prescription table (FIG. 11B), a record is added for each consultation and for each prescription (injection-drip / injection-intravenous / medication). In the prescription table, the unique prescription ID is associated with a patient ID, a consultation ID, a consultation date, a prescription name, a prescription content, an input user ID, and the like. The consultation ID is common to the consultation ID such as basic information and progress.
[0021]
In the patient table (FIG. 12A), a record is added for each new visit patient. In the patient table, a unique patient ID is associated with a patient name, a patient code, a doctor ID as an attending physician, an address, a telephone number, a gender, a date of birth, and the like.
In the doctor etc. table (FIG. 12B), a record is added for each new working doctor etc. (doctor, nurse, laboratory technician etc.). A unique doctor ID is associated with a doctor name, a doctor code, an affiliated medical department, an address, a telephone number, and the like.
How to use each of the above tables will be described in detail in the following procedure (procedure on the bed management screen).
[0022]
[3] Procedure of bed management screen (FIGS. 13 to 17):
(B) Display of the bed management screen:
When the display of the bed management screen is instructed by, for example, a user's operation input on any screen (for example, a menu screen), data for displaying the bed management screen is acquired from the electronic medical chart application, and the bed management screen is acquired. The management screen is started (S01).
[0023]
Next, a display target period of the bed management screen is set (S03).
That is, first, the system date is acquired, and the acquired system date is set as today's date. A period from the current date to the current date + 14 days is set as a display target period. The date may be initially set by a user's operation input or may be changed later. Further, the period of 14 days may be appropriately changed by an operation input or the like. When the display target period is determined in this way, the correspondence between the bed ID and the patient ID corresponding to the period is acquired from the bed allocation table and stored in the memory (RAM).
[0024]
Next, the number of rows to be displayed and the bed of each row are set (S05).
In principle, one bed is assigned to one row in the order of bed ID from the first row in the bed state display area (cell area in FIG. 2) in the bed management screen. When a plurality of patients are associated with one bed on the same day on any day in the display target period, the plurality of rows are allocated to the bed. The case where a plurality of patients are associated with one bed on the same day occurs, for example, when the patient a is discharged in the morning and the patient b is hospitalized in the afternoon.
The correspondence between the row and the bed ID is stored in a memory (RAM).
[0025]
Next, the display data of the status item (the display item at the left end in the bed management screen) is set and displayed so as to be selectable (S07). This will be described with reference to FIG.
[0026]
First, from the basic information table (FIG. 10 (a)), a record in which the consultation date is included in the period from today to today + 14 days and which has data in the hospitalization category item (in hospital / out of bed / out) is shown. For each extracted record, hospitalization classification data (hospitalization / out-of-stay / out-of-home) and a patient ID are acquired (S07a).
Further, from the hospitalization information table (FIG. 10 (b)), a record in which any of the admission reservation date, the hospitalization date, the planned discharge date, and the discharge date matches today's date is extracted, and for each of the extracted records, The item names (admission reservation date / admission date / scheduled discharge date / discharge date) each having today's date are acquired (S07a).
[0027]
Next, the display line such as the hospitalization classification of each extracted record is determined (S07c). First, the correspondence between each row and the bed ID is read from the memory (see S05). Further, the correspondence between the bed ID and the patient ID within the display target period is read out from the memory (see S03). Thereby, each row is associated with the patient ID using the bed ID as a key, and each row is associated with the extracted record using the patient ID as a key. That is, the display line for each extracted record is determined. When a plurality of patients use one bed on the same day, the plurality of patient IDs are associated with the one bed ID in ascending order of the patient IDs as described above. Shall be acquired.
The correspondence between the row and the patient ID is stored in a memory (RAM).
[0028]
When the display line is determined in this way, the hospitalization classification etc. of each extracted record (hospitalization / overnight / outing / hospitalization reservation / hospitalization today / discharge scheduled / discharge) can be selected as the determined display line under the status item. (S07e). For example, the coordinate range of each display area is stored in a memory (RAM) so that selection of the area can be detected. From step S07e, the process proceeds to step S09 (FIG. 13).
[0029]
In step S09, the display data of each row of each of the ward classification (e.g., geriatric ward), hospital room, attending physician, medical department, patient name, patient code, hospitalization date, and discharge date (in the cell area in the bed management screen of FIG. 2) The display data of each cell from the left side to the center is set and displayed. In this display, the correspondence between the row and the bed ID (see S05), the correspondence between the bed ID and the room ID (bed table), the correspondence between the room ID and the room name and the room classification (room table), the row and the patient ID (See S07c), patient ID, doctor ID, doctor name, and clinical department correspondence (patient table / doctor table), patient ID, patient name, patient code correspondence (patient table) I do.
[0030]
Next, display data of each row under each date item from today to today + 14 (display data of each cell on the right side in the cell area in the sickbed management screen in FIG. 2) is set and displayed so as to be selectable (S11). ). This will be described with reference to FIG.
[0031]
First, from the basic information table (FIG. 10 (a)), a record in which the consultation date is included in the period from today to today + 14 days and which has data in the hospitalization category item (in hospital / out of bed / out) is shown. The data is extracted for each date, and for each record extracted for each date, the hospitalization classification data (in hospital / out-of-stay / out-of-home) and the patient ID are obtained (S11a).
Further, from the hospitalization information table (FIG. 10B), a record in which any of the admission reservation date, the hospitalization date, the planned discharge date, and the discharge date matches the date of the day is extracted for each date, and extracted for each date. For each record, an item name having a date of the day (admission reservation date / admission date / discharge scheduled date / discharge date) is acquired (S11a).
[0032]
Next, the display line such as the hospitalization classification of each record extracted for each date is determined for each date (S11c). First, the correspondence between each row and the patient ID is read from the memory (see S07c). Thereby, each row and the extracted record are associated with each other by date using the patient ID as a key. That is, the display line for each extracted record is determined for each date. In the case where one bed is used by a plurality of patients on the same day, each bed is acquired.
[0033]
Next, in step S11d, icons prepared for each type of hospitalization (hospitalization / out-of-night / out-of-home / out-of-hospital reservation / hospitalization today / discharge scheduled / discharge) are acquired so that the display of the type of hospitalization can be easily identified. I do. FIG. 7 shows an example of the icon. Note that, instead of the icons, for example, the display of the hospitalization section or the like may be easily identified by changing the display color according to the hospitalization section or the like.
[0034]
In this way, the display line is determined, and when the display icon corresponding to the hospitalization category or the like is obtained, the hospitalization category or the like of each extracted record by date (hospitalization / overnight / outing / hospital reservation / today's hospitalization / discharge scheduled / (Discharge) is displayed on the determined display line under the corresponding date item using the respective icons so as to be selectable (S11e). For example, a coordinate range of each display area (display area of each icon) is stored in a memory (RAM) so that selection of the area can be detected. From step S11e, the process proceeds to step S13 (FIG. 13), and waits for an event.
[0035]
When an event occurs, the process proceeds to step S21 and subsequent steps. An event is a click on any icon under any date item in the cell area on the bed management screen, or a press on a state button under a state item.
[0036]
In step S21 (FIG. 16), it is checked whether the type of the change operation has been selected. That is, check any of the check boxes (each of the check boxes of hospitalization, discharge, hospitalization deletion, staying out / hospitalization, going out / hospitalization, transfer bed / change department) displayed in the lower right part of the bed management screen. It is checked whether is filled in. When a check is entered in any of the check boxes, it is determined that the type of the change operation is selected (YES in S21).
[0037]
When the type of the change operation is selected (YES in S21), if any icon under the date item is clicked (YES in S23), the date / patient corresponding to the clicked icon is displayed. Data is acquired (S25). Here, the patient data is data displayed on the registration screen or data necessary for switching the hospitalization category. For example, the patient data is, for example, a hospitalization category (hospitalization / overnight / outing / hospitalization reservation / today hospitalization / discharge schedule) / Discharge) or patient name.
[0038]
Next, the type of the selected change operation is checked. As a result, when the type of the selected change operation is “admission reservation / deletion of hospitalization” (YES in S31), the hospitalization registration screen (see FIG. 3) is activated, and the date / patient name acquired in step S25. Display the current state (S31a). Thereafter, processing on the hospitalization registration screen is performed.
[0039]
Also, as a result of checking the type of the selected change operation, if the type of the selected change operation is “discharge” (YES in S33), the discharge registration screen (see FIG. 4) is activated and The date, patient name, and current state acquired in S25 are displayed (S33a). Thereafter, processing on the discharge registration screen is performed.
[0040]
Similarly, as a result of examining the type of the selected change operation, if the type of the selected change operation is “transfer / transfer department” (YES in S35), the transit / transfer registration screen (FIG. 5), and displays the date, patient name, and current state acquired in step S25 (S35a). Thereafter, processing on the hospitalization registration screen is performed.
[0041]
On the other hand, as a result of checking the type of the selected change operation, if the type of the selected change operation is “out-of-stay / hospitalization” (YES in S37), the current state acquired in step S25 is switched. Also, the icon display is switched to a display corresponding to the state after the switching (S37a). For example, if the current state is “overnight”, the corresponding hospitalization category is switched to “hospitalization”, and the icon display is also switched to an icon indicating “in hospitalization”. Conversely, if the current state is “hospitalization”, the corresponding hospitalization category is switched to “overnight”, and the icon display is also switched to an icon indicating “outside night”.
[0042]
Similarly, as a result of checking the type of the selected change operation, if the type of the selected change operation is “out-of-hospital / hospitalization” (YES in S39), the current state acquired in step S25 is switched. Also, the icon display is switched to a display corresponding to the state after the switching (S39a). For example, if the current state is “going out”, the corresponding hospitalization category is switched to “hospitalization”, and the icon display is also switched to an icon indicating “in hospital”. Conversely, if the current state is "hospitalization", the corresponding hospitalization category is switched to "going out", and the icon display is also changed to an icon indicating "going out".
[0043]
On the other hand, when it is determined in step S21 that the type of the change operation is not selected (NO in S21), and when any of the icons below the date item is clicked (YES in S41), The date / patient data corresponding to the clicked icon is acquired (S43). In this case, the patient data is data displayed on the medical chart No. 2 screen, and is, for example, data such as progress and prescription.
[0044]
Next, the process proceeds to step S45, where the patient and date medical chart at the clicked icon position is opened, and the data acquired in step S43 is displayed on the medical chart No. 2 screen. Thereafter, the processing on the chart # 2 paper screen is performed.
[0045]
In the above description, a case where a button in any row under the status item (a button displaying the hospitalization state of the patient in the row) is pressed is omitted. This case will be described briefly.
[0046]
When any of the buttons under the status item is pressed and the type of the change operation is selected, it is handled in the same manner as the icon under the today's date item. In other words, according to the type of the change operation selected, a hospitalization registration screen for today, a discharge registration screen, a bed transfer / transfer registration screen is displayed, or the hospitalization state of the day is changed to a hospital stay for outside stay ( Or, go out to hospital (or stay out) and switch out.
[0047]
On the other hand, when any of the buttons under the status item is pressed and the type of the change operation is not selected, a process of opening the patient's chart screen of the current row of the row is executed. Alternatively, for example, switching “scheduled hospitalization” to “hospitalization today”, switching “small hospitalization today” to “scheduled hospitalization”, switching “scheduled discharge” to “discharged”, and “discharging” Switch to "Scheduled to be discharged", cyclically switch between "In hospital", "Out of office" and "Out of bed"("Inhospital" to "Out of office", "Out of office" to "Out of office", " (During sleepover) may be switched to "in hospital". In addition, these switchings may be performed cyclically while being pressed.
[0048]
A similar process can be applied to the icons below each date item.
That is, in the above-described example, when the type of the change operation is not selected, and when any of the icons under the date item is clicked, the chart of the patient of the row on that date is opened. Processing. In place of such processing, a new “open chart” is provided as a type of change operation, and the chart is opened when “open chart” is selected, and when “open chart” is not selected. Switch `` To be hospitalized '' to `` To be hospitalized today '', To switch `` To be hospitalized today '' to `` To be hospitalized '', To switch `` To be discharged '' to `` To be discharged '', To switch `` To be discharged '' to be to be discharged To hospital Cyclically switching between “out of office” and “out of bed” (switching “in hospital” to “out of office”, “out of office” to “out of bed”, and “out of bed” to “in hospital”), May be performed. In addition, these switchings may be performed cyclically while being pressed.
[0049]
【The invention's effect】
The medical support apparatus according to the above [1] comprises a cell management means for managing a cell by associating a bed and a date with a cell in a grid divided by rows and columns in a bed management screen; Bed-patient storage means for holding correspondence by date, change type input means for inputting a change type of bed use status, and when a change type is input and a cell is selected, the selected cell The hospital status specified by the patient and the date specified by the bed and the date corresponding to the hospital state change means that can be changed in accordance with the input change type. This can reduce the trouble of input operation when changing the hospitalization state of a desired patient.
[0050]
The medical support apparatus according to the above [3] is a cell management means for managing a cell by associating a bed and a date with a cell in a grid divided by rows and columns in a bed management screen, Bed-patient storage means for holding correspondence by date, change type input means for inputting a change type of bed use status, and a chart when a cell is selected without a change type being input. Activating the screen and having a chart management means for displaying the contents of the chart indicated by the patient and the date specified by the bed and date corresponding to the selected cell. It is possible to reduce the trouble of the input operation when opening the medical chart on the consultation day.
[0051]
The medical support apparatus according to the above [4] comprises a cell management means for managing a cell by associating a bed and a date with a cell in a grid divided by a row and a column on a bed management screen; When a cell is selected, the bed-patient storage means holding the correspondence by date and, when the cell is selected, the hospitalization state indicated by the patient and date specified by the bed and date corresponding to the selected cell, Since the apparatus has the hospitalization state changing means for changing to the next hospitalization state determined by the state, it is possible to reduce the trouble of input operation when changing the hospitalization state of a desired patient on a desired date from the bed management screen.
[Brief description of the drawings]
FIG. 1 is a configuration diagram of a medical assistance device (= a computer device having an electronic medical record function) according to an embodiment.
FIG. 2 is an explanatory diagram illustrating a bed management screen.
FIG. 3 is an explanatory diagram illustrating an example of a hospitalization registration screen.
FIG. 4 is an explanatory diagram illustrating a discharge registration screen.
FIG. 5 is an explanatory view exemplifying a transfer bed / change department registration screen.
FIG. 6 is an explanatory diagram exemplifying a medical chart No. 2 paper screen.
FIG. 7 is an explanatory diagram exemplifying icons that can be used to indicate a bed state under each date item on the bed management screen.
FIG. 8 is an explanatory diagram illustrating a bed allocation table.
FIG. 9A is an explanatory diagram illustrating a bed table in which bed management information is recorded, and FIG. 9B is an explanatory diagram illustrating a bed table in which bed room management information is recorded.
FIG. 10A is an explanatory diagram illustrating a basic information table in which basic information on medical care is recorded, and FIG. 10B is an explanatory diagram illustrating a hospitalization information table.
FIGS. 11A and 11B are an explanatory diagram illustrating a progress table and the like in which the progress of medical treatment and the like are recorded, and an explanatory diagram (b) illustrating a prescription table and the like in which a medical prescription and the like are recorded.
FIG. 12A is an explanatory diagram illustrating a patient table in which bibliographic information of a patient is recorded, and FIG. 12B is an explanatory diagram illustrating a doctor table in which bibliographic information such as a doctor is recorded.
FIG. 13 is a part of a flowchart showing a processing procedure on the bed management screen.
FIG. 14 is a flowchart showing details of a status item display procedure (S07) in FIG. 13;
FIG. 15 is a flowchart showing details of a date item display procedure (S11) in FIG. 13;
FIG. 16 is a part of a flowchart showing a processing procedure on the bed management screen.
FIG. 17 is the remaining part of the flowchart showing the processing procedure on the bed management screen.
[Explanation of symbols]
10 control device 11 storage device (hard disk)

Claims (6)

A medical care support apparatus having a function of displaying a bed management screen for managing a bed use state including an empty bed state and a hospitalization state of a patient using the bed,
Cell management means for managing cells by associating a bed with a date in a cell in a grid divided by rows and columns in a bed management screen,
A bed-patient storage means for holding a correspondence between the bed and the patient by date;
A change type input means for inputting a change type of the bed use status;
When a change type is input and a cell is selected, the hospitalization state indicated by the patient and date specified by the bed and date corresponding to the selected cell can be changed according to the input change type. Hospitalization status changing means to
A medical care support apparatus comprising: In claim 1,
The type of change to be entered is to change the use status of the bed, such as hospitalization registration, discharge registration, sleepover registration, outing registration, transfer / transfer registration, etc.
A medical treatment support device characterized by the following. A medical care support apparatus having a function of displaying a bed management screen for managing the use status of a bed,
Cell management means for managing cells by associating a bed with a date in a cell in a grid divided by rows and columns in a bed management screen,
A bed-patient storage means for holding a correspondence between the bed and the patient by date;
A change type input means for inputting a change type of the bed use status;
When a cell is selected without inputting a change type, a chart screen is activated to display a chart specified by the patient and date specified by the bed and date corresponding to the selected cell. Management means;
A medical care support apparatus comprising: A medical care support apparatus having a function of displaying a bed management screen for managing the use status of a bed,
Cell management means for managing cells by associating a bed with a date in a cell in a grid divided by rows and columns in a bed management screen,
A bed-patient storage means for holding a correspondence between the bed and the patient by date;
When a cell is selected, a hospitalization state changing means for changing the hospitalization state designated by the patient and date specified by the bed and date corresponding to the selected cell to the next hospitalization state determined by the hospitalization state, ,
A medical care support apparatus comprising: In claim 4,
The next hospitalization state determined by the hospitalization state is that if the hospitalization state is scheduled to be hospitalized today, to be hospitalized if the hospitalization state is hospitalized today, to go out if the hospitalization state is hospitalized, to go out and to the hospitalization state to go out In the case of staying out of bed, staying in the hospital if the staying state is staying out, leaving the hospital if the staying state is scheduled to be discharged, and being scheduled to be discharged if the hospitalization state is to be discharged.
A medical treatment support device characterized by the following. In any one of claims 1 to 5,
Cell display control means for controlling the display mode of the cell according to the hospitalization state indicated by the patient and date specified by the bed and date corresponding to the cell,
A medical care support apparatus comprising:

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