JP2009223491A - Work support device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To perform informational support for smoothly performing suspension and resumption of work. <P>SOLUTION: When a task defining person P1 defines a subtask to be executed during the task suspension by a subtask definition screen W2, definition information thereof is transmitted to a suspension task management part 11, and is managed as task suspension situation data together with information of an operation screen W1 for the suspension by a suspension task management part 11. When an executor P2 of the subtask executes the subtask, prepares a document (a report or the like), and registers it in a DMS 21, the suspension task management part 11 detects its registration situation, and updates the task suspension situation data. A suspension task management screen W3 is displayed during the suspension of a main task, its display contents are updated based on the task suspension situation data whenever necessary. An execution result screen W15 showing the subtask completed during the suspension is together displayed on the operation screen W1 restoratively displayed when the task is resumed. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a work support apparatus and program for providing information support for smoothly interrupting and resuming work.

The following inventions have been proposed for supporting work using computers.
For example, in the invention described in Patent Document 1, bookmark information having one or more bookmarked user profiles having instructions describing the arrangement of display elements is associated with the user and preselected on the display. A bookmark menu is displayed according to the user selection of the bookmark display mark displayed in the toolbar area, and the display elements are arranged according to the selected user profile according to the user selection of the user profile from the bookmark menu. Restore it.

  For example, in the invention described in Patent Document 2, an application window is expressed as a control tile of a task bar. Control tiles are grouped into control tile groups that facilitate organization and single access control, and project control tile groups allow grouping of windows for multiple applications. Furthermore, the minimized control tile group layout and state can be saved and previewed prior to restoration.

Further, the following inventions have been proposed for supporting work in the medical field.
For example, in the invention described in Patent Document 3, the clinical flow server executes a plurality of medical service modules according to a predetermined execution order, and a terminal used by each medical worker according to the execution status of the medical service modules or A message is transmitted to the portable terminal, and the medical service module is executed in accordance with an instruction transmitted in response to the message.

  For example, in the invention described in Patent Document 4, in the electronic medical record system, each medical information such as medical chart contents, prescription, inspection request slip, and inspection result is displayed in one window, so that the correspondence between the respective medical information is represented. It is possible to easily add, delete, and change each medical information by making it easy to grasp and configuring each medical information with an object.

  For example, in the invention described in Patent Document 5, the medical information management system forms a display field of identification information including the name of the patient on each work screen and displays additional information of the patient that is not used for the identification information in an icon format. Display control means to be displayed in the identification information display field, designation means for designating the icon displayed in the identification information display field, and the patient additional information corresponding to the designation of the icon by the designation means With the additional information display means for displaying on the screen, various patient information can be easily acquired without calling a specific work screen.

Special table 2003-53421 gazette Japanese Patent Laid-Open No. 2004-280777 JP 2005-63253 A Japanese Patent Laid-Open No. 08-194756 JP 2006-338521 A

  Medical practice is likely to be situation-dependent and based on comprehensive decision-making that includes not only the patient's illness and medical condition, but also the surrounding situation (such as the complexity of the facility, including facility usage). It is established. There are the following problems in an information system for supporting such medical practice of a doctor, particularly an electronic medical record system (based on a document).

Problem (1): There are many designs that assume sequential medical care in units of patients, and depending on the situation (for example, when the examination is interrupted by an examination, etc. and the end order of examination is uncertain) Complicated operations are required when suspending and resuming medical care. For example, a case where the screen configuration is reproduced to check the state before the interruption and compared with the latest result is applicable.
Problem (2): Due to the nature of medical records, emphasis is placed on “recording” such as implementation, and the benefits of digitization cannot be utilized. In particular, there is a point that the conventional technology is insufficient for grasping the unimplemented items of the medical plan. (Individual examinations can be handled with an alarm function, etc., but in the case of outpatients, the medical record itself is often not referred to unless the patient visits.)

In other words, when problem (1) is to resume a diagnosis that has been temporarily suspended due to examinations, problem (2) covers all patients, and comprehensively grasps the items not yet implemented in the medical plan. Applicable in cases such as
These are scenes that can be seen on a daily basis in the clinical practice. Generally, there is a time margin at the time of interruption, and there are many cases where actions to be continued at the time of future resumption are determined to some extent.

  The present invention has been made in view of the above-described conventional circumstances, and an object thereof is to provide information support for smoothly interrupting and resuming work.

  According to a first aspect of the present invention, there is provided a first display means for displaying a screen showing information relating to a main work having one or more sub work, a detection means for detecting the execution status of each sub work, and a screen by the first display means. An interruption means for interrupting display, a return means for returning the screen display by the first display means interrupted by the interruption means, and when the screen display by the first display means is returned by the return means, A work support apparatus comprising: a second display unit configured to display a screen indicating an execution status detected by the detection unit during the interruption of the display of the sub work included in the main work related to the display.

  According to a second aspect of the present invention, there is provided a first display means for displaying a screen showing information relating to a main work having one or more sub work, a detection means for detecting the execution status of each sub work, and a screen by the first display means. An interruption means for interrupting the display, a return means for returning the screen display by the first display means interrupted by the interruption means, and a main work relating to the display during interruption of the screen display by the first display means And a third display means for displaying a screen showing the execution status detected by the detecting means during the interruption of the display of the subordinate work having the work support apparatus.

  According to a third aspect of the present invention, in the first or second aspect of the present invention, in the subordinate work, an electronic document relating to the subordinate work is created, and the detecting means is based on the creation status of the electronic document relating to the subordinate work. It is characterized by detecting the execution status of the subordinate work.

  According to a fourth aspect of the present invention, in the first to third aspects of the present invention, the screen displayed by the first display means is provided with an operation unit that receives an instruction input for adding a work following a main work. The support apparatus includes an adding unit that adds a work according to a main work in accordance with an instruction input received by the operation unit.

  According to a fifth aspect of the present invention, in the first to fourth aspects of the present invention, the main work is a medical work for each patient to be treated, and the sub work of the main work is a work related to the medical work. It is characterized by being.

  According to a sixth aspect of the present invention, there is provided a first display function for displaying on a computer a screen showing information relating to a main work having one or more sub work, a detection function for detecting an execution status of each sub work, and the first display. An interruption function for interrupting screen display by the function, a return function for returning the screen display by the first display function interrupted by the interruption function, and a screen display by the first display function being restored by the return function And a second display function for displaying a screen indicating the execution status detected by the detection function during the suspension of the display of the sub work included in the main work related to the display.

  According to a seventh aspect of the present invention, there is provided a first display function for displaying a screen showing information relating to a main work having one or more sub work on the computer, a detection function for detecting an execution status of each sub work, and the first display. An interrupt function for interrupting the screen display by the function, a return function for returning the screen display by the first display function interrupted by the interrupt function, and the display during the interruption of the screen display by the first display function A program for realizing a third display function for displaying a screen indicating an execution status detected by the detection function during the interruption of the display of the sub work of the main work.

  According to the work support apparatus according to the first aspect of the present invention, the person in charge of work can grasp the execution status of the subordinate work during the interruption when the interrupted main work is resumed. In particular, in clinical practice with patients as a unit, it is possible to grasp the execution status of examinations, etc. that are scheduled to be performed while the examination is interrupted, and appropriately select the next action to be taken after recognizing the progress of the examination. become able to.

  According to the work support apparatus according to the second aspect of the present invention, the person in charge of the work can grasp the execution status of the sub work performed during the interruption of the main work. In particular, when multiple patients are being examined while timing the test results, the fact that the test result document (electronic document) has been registered, etc., can be grasped even while the patient's diagnosis is suspended. This is efficient because the work can be resumed by returning to the state before the interruption at that time.

  According to the work support apparatus of the third aspect of the present invention, the execution status of the subordinate work can be detected based on the creation status of the electronic document created along with the subordinate work.

  According to the work support apparatus of the fourth aspect of the present invention, it is possible to additionally register a subordinate work scheduled to be performed while the main work is interrupted. In other words, since records that will be created in the future can be registered in advance, it becomes easy to grasp the situation when they are not created when the work is suspended or resumed, for example, ensuring the implementation of the medical plan. Can be improved.

  According to the work support apparatus according to the fifth aspect of the present invention, the doctor can appropriately grasp the execution status of ancillary work such as examination and treatment on the patient during interruption of the patient's medical work.

  According to the program according to the sixth or seventh aspect of the present invention, the work support apparatus can be realized by a computer.

The present invention will be specifically described based on an embodiment exemplified below.
FIG. 1 is a functional block diagram of a work support system that provides informational support for smoothly interrupting and resuming medical work by a doctor. In this system, the medical work for each patient to be treated is a main task (main work according to the present invention), and ancillary work such as examination and treatment related to the medical work is performed as a subtask (subordinate work according to the present invention). ).

  The work support system of this example includes a task management system 10 that manages information on tasks (main tasks and subtasks), a doctor operation terminal (client PC / OS) 30, and a hospital that manages patient information such as patient names and medical history. An information system 40 and an in-hospital subsystem 50 such as a diagnostic imaging system are provided, and are configured to be able to communicate with each other via a network.

On the display of the operation terminal 30, as shown in FIG. 2A, an operation screen W <b> 1 for presenting various types of information related to the doctor's current main task and receiving operation inputs from the doctor is displayed.
Note that the operation screen W1 of this example is displayed in units of patients (that is, main task units) to be treated. In addition, in the operation screen W1, a progress note screen W11 showing patient progress information, a subsystem screen W12 showing an image provided from the in-hospital subsystem 50, and subtasks such as examinations and treatments are requested to the corresponding department. A plurality of subwindows such as an order screen W13 and an operation palette W14 for interrupting the current main task are displayed.

The order screen W13 is provided with an operation unit (not shown) for receiving an instruction input for adding a subtask, and the subtask definition screen W2 (FIG. 3) in response to receiving the instruction input by the operation unit. Browse) is displayed.
The subtask definition screen W2 displays information related to the main task such as a patient ID, a doctor ID, and a date, and accepts input of definition information such as the number, type, and order of subtasks added to the main task from the user. For example, the subtask definition screen W2 may be automatically called when the main task described later is interrupted, or the subtask definition screen W2 may be called from the interrupted task management screen W3 described later according to a user instruction. .

The operation palette W14 is provided with an operation unit (Suspend button) for receiving an instruction input for interrupting the current main task, and in response to receiving the instruction input by the operation unit, the current operation screen W1. Is interrupted, and the interrupted task management screen W3 (see FIG. 4) is displayed. The main task is interrupted when, for example, it is necessary to wait for the completion of the subordinate subtasks in order to continue the main task.
In addition, the operation palette W14 is provided with an operation unit (Resume button) for accepting an instruction input for interrupting the current main task and resuming another main task. Accordingly, the display of the current operation screen W1 is interrupted and the display of the operation screen W1 related to another main task is resumed (that is, the operation screen W1 is displayed without going through the interrupted task management screen W3). Can be switched).

  On the suspended task management screen W3, for the suspended main task, an image (screen shot) of the operation screen W1 at the time of suspension and an image indicating the execution status of each subtask related to the main task are displayed. Note that the subtask according to this example is a task that involves the creation of a document (such as an image diagnostic report). As an image showing the execution status, images in a mode corresponding to the creation status of the corresponding document are displayed in a list format. Yes. Specifically, for example, when work (document creation) is not undertaken, only an image with a thin border line is displayed, when an image is being created, an image with only a thick border line, and when the creation is completed, a thumbnail image of the document (predetermined size) Are displayed with a thick frame line.

  In this example, a heading section for displaying basic information (information for specifying a main task) such as a patient ID and a suspension date is provided on the left shoulder of the suspension task management screen W3. In the upper right part, there is provided a summary display part for displaying summary of the execution status of each subtask. And when a plurality of main tasks are suspended, each suspended task management screen W3 is displayed in an overlapping manner, and the respective heading part and summary display part are not hidden by the suspended task management screen W3 on the front side. The interrupted task management screen W3 on the back side is displayed with a slight shift in the upper right direction. Thereby, it becomes possible to grasp at a glance the execution status of each suspended main task and each subtask included therein. Each suspended task management screen W3 can be switched and displayed by clicking the heading with a mouse (that is, the suspended task management screen W3 in which the heading is clicked is displayed in the foreground).

  The suspended task management screen W3 is provided with an operation unit (Resume button) that receives an instruction input for resuming the suspended main task (redisplaying the operation screen W1). In response to the reception, the display of the corresponding operation screen W1 is restored. In the restored operation screen W1, as shown in FIG. 2B, an execution result screen W15 showing a list of subtasks completed during the interruption (in this example, a link to the created document) is displayed. This makes it possible to grasp the subtasks already completed when the examination is resumed. Instead of displaying the completed subtasks, information indicating the execution status of each subtask may be displayed.

Each screen display on the operation terminal 30 is performed under the control of the task management system 10.
The task management system 10 includes a suspended task management unit 11, a screen configuration acquisition unit 17, a subtask definition unit 18, a screen reconstruction unit 19, a document type dictionary 20, and a DMS (Document Management System) 21 for the control. It is equipped with.
The interrupt task management unit 11 includes a task interrupt status database 12, a patient attribute acquisition unit 13, a task interrupt status storage processing unit 14, a subtask monitoring unit 15, and a document storage location determination unit 16.

The functional units of the task management system 10 will be described.
The subtask definition unit 18 displays the subtask definition screen W2 on the operation terminal 30 in response to a request based on a user operation on the order screen W13 in the operation screen W1 on the operation terminal 30.
In this example, information on each subtask is displayed on the subtask definition screen W2 according to the setting contents of the document type dictionary 20, and the definition of the subtask to be added to the target main task (number of subtasks, type, order, etc.) is used. I accept it from a person. In the document type dictionary 20 of this example, as shown in FIG. 5, the subtask type (blood test, endoscopy, ultrasonic test, etc.) and the template ID (blood) of the document to be created as a result thereof are shown. Inspection report template ID, endoscope inspection report template ID, ultrasonic inspection report template ID, etc.) are set.

  FIG. 10 illustrates a flow of processing when accepting a subtask definition on the subtask definition screen W2. When the subtask definition unit 18 receives the subtask definition on the subtask definition screen W2 (step S11), the subtask definition unit 18 searches the document type dictionary 20 for the template ID of the document corresponding to the subtask (step S12). The subtask definition information is transmitted to the task interruption status storage processing unit 14 together with the list (step S13).

  The screen configuration etc. acquiring unit 17 responds to an interruption request based on a user operation (pressing a Suspend button or a Resume button) on the operation palette W14 in the operation screen W1 on the operation terminal 30 in accordance with the screen configuration information ( The screen configuration (window layout, etc.) at the time when the suspension is instructed is acquired and transmitted to the task suspension status storage processing unit 14.

  The patient attribute etc. acquiring unit 13 acquires patient attribute information (patient name, etc.) related to the target patient in the main task to be interrupted from the hospital information system 40 and transmits it to the task interrupt status storage processing unit 14.

  The task interruption status storage processing unit 14 generates task interruption status data based on each information transmitted from the patient attribute etc. acquisition unit 13, the screen configuration etc. acquisition unit 17, and the subtask definition unit 18, and stores it in the task interruption status database 12. sign up. The task interruption status data stores information necessary for returning (redisplaying) the operation screen W1 related to the interrupted main task, information related to subtasks (document creation) defined to be executed during the interruption, and the like. The

  FIG. 11 illustrates a flow of task interruption status data generation processing. The task interruption status storage processing unit 14 receives patient attribute information, screen configuration information, and subtask definition list (including corresponding template IDs) from the patient attribute acquisition unit 13, the screen configuration acquisition unit 17, and the subtask definition unit 18. Then (step S21), first, a data structure (see FIG. 6) of task interruption status data is created (step S22). Then, basic information characterizing the current examination of the target patient such as patient attributes and suspension date / time is stored in the header portion of the task suspension status data, and each window ID, position, size, Screen configuration information such as a reproduction command is stored (step S23). Also, for each subtask definition in the subtask definition list (steps S24, S25, S28), a storage location of a document to be created as a result of the subtask is generated in the DMS 21 (step S26), and the type of subtask (for example, introspection) Sub-task information consisting of information such as a document ID (determined by the document storage location determination unit 16 described later) that identifies the document as a result and identifies the storage location thereof, The interruption status data is stored in the subtask portion (step S27).

The document storage location determination unit 16 is called from the task interruption status storage processing unit 14 during the task interruption status data generation process, determines the storage location of the document corresponding to the subtask, and determines the determined storage location on the DMS 21. Prepare.
FIG. 12 exemplifies the flow of the document storage location determination process. When the document storage location determination unit 16 receives data about the task suspension status from the task suspension status storage processing unit 14 (in this example, patient attribute, suspension date and time, each subtask definition in the subtask definition list) (step S31), the date And whether an entry (storage folder) corresponding to the patient exists in the DMS 21, and if it does not exist, a new entry is created (step S32). Thereafter, based on the template ID of the document corresponding to the subtask, a unique ID (for example, a serial number) is generated in the entry, and the document ID is determined in combination with the entry information and the template ID (step S33). This is transmitted to the task interruption status storage processing unit 14 (step S34).

In this example, as shown in FIGS. 7 and 8, the folders in the DMS 21 have a hierarchical structure in the order of “medical date and time”, “patient”, and “medical treatment / treatment / examination”. For this reason, as shown in FIG. 7A, the document storage location determination unit 16 of this example sets “https://127.0.0.1/” indicating the reference address of the DMS 21 and the folder hierarchy corresponding to the date and the patient. “20070930 / kanjaid /” and “xxxreport.xdw” indicating a report name including a serial number and a template ID are combined to form a document ID (file storage location).
If the DMS 21 is not hierarchically structured, as shown in FIG. 7B, the date, patient, serial number, and template ID may be combined in order to form a report name.
The report name may be encoded or encrypted.

  FIG. 9 conceptually shows a document storage location determination process. In this way, by determining the document storage location from the patient attribute, the suspension date and time, and the information of the subtask, and storing the determined content (document ID) in the task suspension status data, the subtask monitoring unit 15 described later Based on this data, the subtask execution status (document registration status) can be monitored at any time.

The subtask monitoring unit 15 monitors the execution status of the subtask (document registration status) and detects a change or the like.
FIG. 13 illustrates a flow of subtask monitoring processing. The subtask monitoring unit 15 acquires the latest data of all task suspension status data from the task suspension status database 12 (step S41), and all the subtask information included in each task suspension status data (steps S42, S43, S46). Then, it is confirmed whether or not the document corresponding to the subtask is registered in a predetermined storage location (specified by the document ID in the subtask information) in the DMS 21 (step S44). The registered flag indicating this is set in the corresponding subtask information, and the task suspension status data is updated (step S45). As the task suspension status data is updated, information indicating the updated content is transmitted to the screen reconstruction unit 19 described later, and the display content of the suspended task management screen W3 on the operation terminal 30 is updated (after the return) Reflected in the operation screen W1).

  Based on the task suspension status data in the task suspension status database 12, the screen reconstruction unit 19 causes the operation terminal 30 to display the suspended task management screen W <b> 3 related to each suspended task. Further, the operation screen W1 (including the execution result screen W15) instructed to return is displayed on the operation terminal 30.

FIG. 14 shows the flow of information in the work support system of this example.
When the task definer P1 (mainly a doctor) defines a subtask (document to be monitored) to be executed while the main task is suspended on the subtask definition screen W2, the definition information is transmitted to the suspended task management unit 11, The suspended task management unit 11 manages task suspension status data together with information on the operation screen W1 at the time of suspension. Further, the information of each defined subtask is provided to the subtask performer P2 via the hospital information system 40.
The subtask performer P2 grasps the subtask to be performed (requested by the doctor) based on the provided information, and executes the subtask by the in-hospital subsystem 50 or the like. A document such as an inspection report created along with the execution is transmitted to the DMS 21 and registered in a predetermined storage location.

The suspended task management unit 11 monitors the registration status of the document in the DMS 21, and updates the display content of the suspended task management screen W3 as needed based on the task suspension status data reflecting the monitoring result, thereby allowing each subtask to be updated. Is presented to the task definer P1.
The task definer P1 views the suspended task management screen W3, grasps the execution status of each subtask, determines the suspended task to be resumed, and restores the display of the corresponding operation screen W1. In the restored operation screen W1, an execution result screen W15 indicating a list of subtasks completed during the interruption (link to the document) is also displayed, and the task definer P1 selects a desired document. The selected document is acquired from the DMS 21 and displayed on the screen.

In the above description, the case where a document is created along with the execution of the subtask has been described. However, the present invention can also be applied to a subtask that does not involve document creation. May be entered manually.
In this example, medical work in a hospital is treated as a task. However, the present invention can also be applied to other work. For example, in the work of co-authoring a document, You may be made to perform work support based on it.

FIG. 15 shows a main hardware configuration of each computer constituting the system of this example.
That is, each computer includes a CPU 61 that performs various arithmetic processes, a RAM 62 that serves as a work area for the CPU 61, a ROM 63 that stores basic control programs, an HDD 64 that stores programs and various data for realizing functions according to the present invention, This is an interface that communicates with other devices such as an input / output I / F 65 that is an interface with a liquid crystal display that displays and outputs information to the user, a mouse / keyboard that receives input of information from the user, and the like. Hardware resources such as a communication I / F 66 are included.

The program according to the present invention is read from the HDD 64, loaded into the RAM 62, and executed by the CPU 61, whereby each functional unit according to the present invention is realized by a computer.
In this example, the task management system 10 is realized by a single computer (hereinafter referred to as a task management device), and the work support device according to the present invention is configured by the operation terminal 30 and the task management device. Specifically, the first to third display means according to the present invention are configured by the operation terminal 30, and the display content by each display means is controlled by the screen reconstruction unit 19 or the like. The interruption means and the return means are constituted by the interruption task management unit 11 (mainly the task interruption status storage processing unit 14 and the task interruption status database 12), and the detection means is constituted by the subtask monitoring unit 15 of the interruption task management unit 11. The adding means is configured by the subtask definition unit 18.

Note that the program according to the present invention is provided to the practitioner of the present invention, for example, in a format in which an external storage medium such as a CD-ROM storing the program is distributed or distributed via a network.
Each functional unit according to the present invention is not limited to a mode realized by a software configuration as in the present example, and may be configured by a dedicated hardware module.
In this example, the task management system 10 is configured by one task management device as described above. However, the present invention is not limited to this configuration mode. For example, the task suspension status database 12, the DMS 21, and the application The server (holding each other functional unit) may be realized as a separate computer, and the task management system 10 may be configured by these.

It is a functional block diagram of the work support system concerning one embodiment of the present invention. It is a figure which illustrates the operation screen which concerns on one Embodiment of this invention. It is a figure which illustrates the subtask definition screen concerning one embodiment of the present invention. It is a figure which illustrates the interruption task management screen which concerns on one Embodiment of this invention. It is a figure which illustrates the document type dictionary which concerns on one Embodiment of this invention. It is a figure which illustrates task interruption status data concerning one embodiment of the present invention. It is a figure explaining the document storage location which concerns on one Embodiment of this invention. It is a figure explaining the document storage location which concerns on one Embodiment of this invention. It is a figure explaining the determination process of the document storage location which concerns on one Embodiment of this invention. It is a processing flow figure of the reception processing of the subtask definition concerning one embodiment of the present invention. It is a processing flow figure of the generation processing of task interruption situation data concerning one embodiment of the present invention. It is a processing flow figure of the determination processing of the document storage location which concerns on one Embodiment of this invention. It is a processing flowchart of the monitoring process of the subtask which concerns on one Embodiment of this invention. It is a figure which shows the flow of the information in the work assistance system which concerns on one Embodiment of this invention. It is a hardware block diagram of the computer which concerns on one Embodiment of this invention.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10: Task management system, 11: Suspended task management part, 12: Task interruption situation database, 13: Patient attribute etc. acquisition part, 14: Task interruption condition memory | storage part, 15: Subtask monitoring part, 16: Document storage location determination part 17: Screen configuration etc. acquisition unit 18: Subtask definition unit 19: Screen reconfiguration unit 20: Document type dictionary 21: Document management system (DMS) 30: Operation terminal (client PC / OS) 40: Hospital information system, 50: Hospital sub-system

Claims (7)

First display means for displaying a screen showing information on a main work having one or more subordinate works;
Detection means for detecting the execution status of each subordinate work;
Interruption means for interrupting screen display by the first display means;
Return means for returning the screen display by the first display means interrupted by the interruption means;
When the screen display by the first display means is returned by the return means, a screen showing the execution status detected by the detection means during the interruption of the display of the sub work of the main work related to the display is displayed. A second display means;
A work support apparatus comprising: First display means for displaying a screen showing information on a main work having one or more subordinate works;
Detection means for detecting the execution status of each subordinate work;
Interruption means for interrupting screen display by the first display means;
Return means for returning the screen display by the first display means interrupted by the interruption means;
A third display means for displaying a screen indicating an execution status detected by the detection means during the interruption of the display of the sub work of the main work related to the display during the interruption of the screen display by the first display means;
A work support apparatus comprising: In the sub work, an electronic document relating to the sub work is created,
The work support apparatus according to claim 1, wherein the detection unit detects an execution status of the subordinate work based on a creation status of an electronic document related to the subordinate work. The screen displayed by the first display means is provided with an operation unit for receiving an instruction input for adding a work following the main work,
The work support apparatus according to claim 1, wherein the work support apparatus includes an adding unit that adds a work according to a main work in accordance with an instruction input received by the operation unit. apparatus.   The main work is a medical work for each patient to be treated, and the sub work of the main work is a work related to the medical work. The work support device according to item. On the computer,
A first display function for displaying a screen showing information relating to a main work having one or more subordinate works;
A detection function that detects the execution status of each subordinate work;
An interruption function for interrupting screen display by the first display function;
A return function for returning the screen display by the first display function interrupted by the interrupt function;
When the screen display by the first display function is returned by the return function, a screen showing the execution status detected by the detection function is displayed during the suspension of the display of the sub work of the main work related to the display A second display function;
A program to realize On the computer,
A first display function for displaying a screen showing information relating to a main work having one or more subordinate works;
A detection function that detects the execution status of each subordinate work;
An interruption function for interrupting screen display by the first display function;
A return function for returning the screen display by the first display function interrupted by the interrupt function;
A third display function for displaying a screen showing an execution status detected by the detection function during the interruption of display for the subordinate work of the main work related to the display during interruption of the screen display by the first display function;
A program to realize

Images