JP2011238096A - Schedule management system and schedule formulating method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a schedule management system that generates and manages a schedule concerning a worker on the basis of a schedule concerning some other party.SOLUTION: There are provided a worker schedule formulating means 14 that acquires from a database 11 an other party schedule data 116 including schedule information on a beneficial work from which the other party benefits and a work assignment data 118 including information on a person to whom an offered work including the beneficial work has been assigned and formulates a schedule for a designated worker on the basis of the other party schedule data 116 and the work assignment data 118, and a worker schedule display means 15 on whose display screens 2a and 2b a worker schedule 540 of the designated worker formulated by the worker schedule setting means 14 is displayed, wherein the worker schedule display means 15 formulates the worker schedule 540 including information on the work to be accomplished by the designated worker and information on the other party pertaining to the work information.

Description

  The present invention relates to a system for managing a schedule of a worker who performs medical-related work such as radiation therapy work and other work.

  In recent years, radiation therapy has attracted attention as a cutting-edge treatment that cures cancer without cutting, and radiation therapy practice and construction plans for radiation treatment facilities are progressing nationwide.

Radiation therapy is implemented through several work items, such as making fixtures, CT simulation (hereinafter referred to as CTS), and planning treatment. Each work item is ordered, and the subsequent work item is executed after the previous work item is finished. For example, a fixing tool for fixing the patient's body is first created (fixing tool creation), and then a CT for imaging a treatment plan is taken (CTS) with the fixing tool attached.

  About medical practice with such a series of flows, as a method to improve the standardization and quality of medical care, schedule based on clinical path (schedule of examinations and treatments performed on patients in a chart format) Are often planned and managed. 2. Description of the Related Art Conventionally, as an example of a system using a clinical path, there is a medical treatment plan formulation device that can formulate a medical treatment plan that matches the actual situation (for example, Patent Document 1).

  The medical plan formulation apparatus of Patent Document 1 is based on the clinical path by medical institution standardized by the standard medical plan formulation unit by medical institution based on the constraint condition that defines the range in which the schedule correction is medically acceptable for each medical practice. By setting the schedule for each patient, a patient-specific medical treatment plan, that is, a patient-specific clinical path, has been formulated.

JP 2004-118664 A (FIG. 3)

  The work described in the clinical path is carried out while the roles are divided among staff composed of various occupations such as doctors, nurses, medical physicists, and clerks, and all staff are responsible for each work. It is necessary to grasp the schedule efficiently.

  However, in the conventional medical care plan formulation device, only the schedule summarized from the viewpoint of the patient (service beneficiary, others) is managed, and the schedule summarized from the viewpoint of the staff (service provider, worker) is provided. The method to do was not disclosed. For example, when thinking about the schedule of a certain staff member, it was impossible to grasp how many patients the staff member was in charge of today and in what order and what kind of work.

  Because the staff-based schedule was not managed, it was difficult to fully grasp the staff work schedule from the patient-based schedule. For this reason, there were cases where smooth operations could not be performed.

  The present invention has been made to solve the above-described problems, and an object thereof is to provide a schedule management system that generates and manages a schedule based on an operator based on a schedule based on another person. And

  Work schedule data stored in the database including schedule information of beneficiary work to be benefited by others, stored in the database, and other person schedule data stored in the database And a worker schedule creation means for creating a schedule for the designated worker on the basis of the other person schedule data and the work staff data, and the designated worker created by the worker schedule creation means. Worker schedule display means for displaying the schedule on the display screen. The worker schedule creation means creates a worker schedule including work information performed by the designated worker and information on others related to the work information.

  The schedule management system according to the present invention is based on work schedule data specified by other person schedule data including schedule information of beneficiary work to be benefited by another person and work charge data set by a person in charge of providing work including beneficiary work. Therefore, the schedule based on the worker can be generated and managed based on the schedule based on the other person.

It is a block diagram of the schedule management system of Embodiment 1 of this invention. It is a figure which shows the structure of the database of FIG. It is a flowchart which shows the outline | summary of the preparation procedure of the staff schedule of this invention. It is a figure which shows the screen structure of the schedule management system of FIG. It is an example of the menu screen of FIG. It is an example of the calendar master setting screen of FIG. It is an example of the implementation place master setting screen of FIG. FIG. 5 is an example of a job category master setting screen in FIG. 4. FIG. It is an example of the work item master setting screen of FIG. It is an example of the patient registration screen of FIG. It is an example of the patient selection screen of FIG. It is an example of the patient schedule screen of FIG. It is an example of the schedule addition screen after selection of the addition button of FIG. It is an example of the schedule change screen after the change button selection of FIG. It is an example of the schedule deletion screen after the deletion button selection of FIG. It is an example of the staff registration screen of FIG. It is an example of the work charge registration screen of FIG. It is an example of the staff selection screen after the button selection of FIG. It is an example of the staff selection screen of FIG. It is an example of the staff schedule screen after the button selection of FIG. It is a flowchart which shows the preparation procedure of the staff schedule of this invention. It is an example of the staff schedule screen in Embodiment 2 of this invention. It is an example of the staff schedule screen after the display button selection of FIG. It is a block diagram of the schedule management system of Embodiment 3 of this invention. It is an example of the staff schedule screen in Embodiment 3 of this invention. FIG. 26 is an example of a patient list screen after a button is selected in FIG. 25. It is an example of the patient registration screen in Embodiment 4 of this invention. 28 is an example of a patient list screen after selecting a button in FIG. It is an example of the work item master setting screen in Embodiment 5 of this invention. It is an example of the patient schedule screen in Embodiment 5 of this invention.

Embodiment 1 FIG.
FIG. 1 is a configuration diagram of a schedule management system according to Embodiment 1 of the present invention. Here, a schedule management system that manages a schedule related to medical-related work of radiation therapy work will be described. Staff who perform radiation therapy (doctors, radiographers, nurses, office workers, etc.) are workers, and patients who are others are provided with work by workers and benefit from services. That is, the patient who is another person benefits from the beneficiary work. The schedule management system 20 includes a server 1 for sharing information necessary for advancing radiotherapy, and terminals 2a and 2b used by radiotherapy staff (doctors, radiographers, nurses, office workers, etc.). And a network 3 of a local area network (LAN or the like). The server 1 is a server computer or the like, and the terminals 2a and 2b are computers or the like. The network 3 may be wired or wireless.

  The server 1 includes a database 11, master data creation means 12, patient schedule creation means (other person schedule creation means) 13, staff schedule creation means (worker schedule creation means) 14, staff schedule display means (worker schedule display means) 15, a menu display means 16, and a patient schedule display means (other person schedule display means) 17. The database 11 is a database mounted on the server 1 and stores radiotherapy work information. The master data creation means 12 performs control of registering data input from the terminals 2a and 2b in the database 11 and transmitting information in the database 11 to the terminals 2a and 2b. Here, the master data is for managing data shared by the system.

  The patient schedule creating means 13 creates patient schedule data (other person schedule data) including schedule information such as each work date and time of the patient to whom radiation therapy is applied, and manages each work date and time of the patient. The patient schedule display means 17 displays the patient schedule (other person schedule) created by the patient schedule creation means 13 on the display screens of the terminals 2 a and 2 b of the schedule management system 20. The staff member who is the user confirms the patient schedule displayed on the terminals 2a and 2b. The staff schedule creation means 14 creates a schedule for each staff based on the patient schedule. The staff schedule display means 15 displays the staff schedule created by the staff schedule creation means 14 on the display screens of the terminals 2 a and 2 b of the schedule management system 20. The staff member who is the user confirms the staff schedule displayed on the terminals 2a and 2b. The menu display means 16 displays a menu screen for accessing each of the master data creation means 12, the patient schedule creation means 13, the staff schedule creation means 14, the staff schedule display means 15, and the patient schedule display means 17 in the terminals 2a and 2b. To display.

  FIG. 2 is a diagram showing the configuration of the database 11. Data stored in the database 11 will be described. The database 11 stores a calendar master 111, an execution location master 112, a job category master 113, a work item master 114, patient data 115, patient schedule data 116, staff data 117, work staff data 118, and staff schedule data 119. . The calendar master 111 manages operating days / holidays of the radiation therapy facility. The execution place master 112 manages the place where the radiation treatment work is performed. The occupation classification master 113 manages the occupation of the staff who performs the radiation treatment work. The work item master 114 manages radiation therapy work.

  Patient data 115 is data of a patient to whom radiation therapy is applied. Patient schedule data (other person schedule data) 116 is patient schedule data for managing the treatment work schedule of each patient. Staff data 117 is data of staff members who perform radiation therapy. The work charge data 118 is data for registering staff in charge of each work of radiation therapy. Staff schedule data (worker schedule data) 119 is schedule data of staff created based on a patient schedule.

  Next, the operation of the schedule management system 20 (hereinafter simply referred to as the system 20 as appropriate) will be described. FIG. 3 is a flowchart showing an outline of a procedure for creating a staff schedule. FIG. 4 is a diagram showing a screen configuration of the schedule management system 20. The procedure for creating a staff schedule can be broadly divided into three steps. Step S1 is a master data setting procedure for setting master data. Step S2 is a patient schedule creation procedure for creating a patient schedule. Step S3 is a staff schedule creation procedure for creating a staff schedule.

  The master data setting procedure S1 includes a calendar master setting procedure S11, an execution location master setting procedure S12, a job category master setting procedure S13, and a work item master setting procedure S14. The patient schedule creation procedure S2 includes a patient registration procedure S21 and a patient schedule creation procedure S22. The staff schedule creation procedure S3 includes a staff registration procedure S31, a work charge registration procedure S32, and a staff schedule confirmation procedure 33.

  First, in the master data setting procedure S1, a master necessary for the operation of the system 20 is set in the database 11. The master data to be set includes a calendar master 111, an execution place master 112, a job category master 113, and a work item master 114. All screens of the system 20 are displayed from the menu screen 200. The following screens are opened via this menu screen 200.

  FIG. 5 shows an example of the menu screen 200. The menu screen 200 includes a plurality of buttons for executing each operation of the system 20. There are four buttons for executing each procedure of the master data setting procedure S1, which are a calendar button B201, an execution place button B202, a job category button B203, and a work item button B204. There are two buttons for executing each procedure of the patient schedule creation procedure S2, which are a patient registration button B205 and a patient schedule button B206. There are three buttons for executing each procedure of the staff schedule creation procedure S3, which are a staff registration button B207, a work charge registration button B208, and a staff schedule button B209. Also, a system end button B210 for ending the system is at the top of the menu screen 200.

  When the calendar button B201 is pressed from the menu screen 200 in the calendar master setting procedure S11, a calendar master setting screen 310 shown in FIG. 6 is displayed. On the calendar master setting screen 310, the calendar master 111 is set by designating a holiday or work day of the facility. On holidays, cells are shaded like “4 days”, and working days are not shaded like “3 days”. To set a holiday, select the cell of the day and press the change button B01 for the holiday. To set the work day, select the cell of the day and press the change button B02 on the work day. When the close button B100 is pressed, the currently displayed screen (calendar master setting screen 310) is closed.

  When the implementation location button B202 is selected from the menu screen 200 in the implementation location master setting procedure S12, the screen shown in the implementation location master setting screen 320 shown in FIG. 7 is displayed. The “location name” and “abbreviation” are registered on the execution location master setting screen 320, and the execution location master 112 is set. When “place name” and “abbreviation” as implementation location information are entered in “detailed information” in the upper row and the add button B101 is pressed, the implementation location information entered in the “implementation location list” in the lower row is added. When a location is selected in the implementation location list, implementation location information of the selected location is displayed in the “detailed information” column at the top. Thereafter, when the implementation location information is corrected and the change button B102 is pressed, the implementation location information selected in the implementation location list can be changed.

  When the deletion button B103 is pressed in a state where the execution place information is selected from the execution place list, the execution place information of the execution place can be deleted. When the upper button B104 or the lower button B105 is pressed while the implementation location list is selected, the arrangement order of the data selected in the implementation location list can be moved to an arbitrary position. When the close button B100 is pressed, the execution location master setting screen 320 is closed. The display of the implementation location list can be scrolled with the up scroll button B18 and the down scroll button B19. The operations of the buttons B100, B101, B102, B103, B104, B105, B18, and B19 described here have similar functions in the subsequent screens, and the description thereof will be omitted as appropriate. The same applies to buttons having the same reference numerals as the newly described buttons.

  In the job category master setting procedure S13, when the job category button B203 is pressed from the menu screen 200, the job category master setting screen 330 shown in FIG. 8 is displayed. The “job type name” and “abbreviation” are registered on the screen shown in the job type master setting screen 330, and the job type master 113 is set.

  When the work item button B204 is pressed from the menu screen 200 in the work item master setting procedure S14, a work item master setting screen 340 shown in FIG. 9 is displayed. Enter “work item name” and “abbreviation” on the screen shown in the work item master setting screen 340, and select the “execution place” where the work is to be performed from the list in the execution place column on the upper left side of FIG. To do. The work item and execution place are work information. The list of implementation locations is displayed as registered as the implementation location master 112. Further, in the job type and number of persons column on the right side of the upper part of FIG. 9, the type of job in charge and the number of people required for the work are set. Since there are three scrollable list displays on the work item master setting screen 340, an up scroll button B18a (B18b, B18c) and a down scroll button B19a (B19b, B19c) are arranged for each corresponding list.

  After setting master data in the master data setting procedure S1, a treatment work schedule for each patient is created in a patient schedule creation procedure S2. When the patient registration button B205 is pressed from the menu screen 200 in the patient registration procedure S21, a patient registration screen 410 shown in FIG. 10 is displayed. When patient information is input in the “detailed information” in the upper row and the add button B101 is pressed, the patient information input in the “patient list” in the lower row is added. When a patient is selected in the patient list, patient information of the selected patient is displayed in the “detailed information” column at the top. Thereafter, when the patient information is corrected and the change button B102 is pressed, the patient information selected in the patient list can be changed. If patient information is selected from the patient list and the delete button B103 is pressed, the patient information of the patient can be deleted. When the upper button B104 or the lower button B105 is pressed while the patient list is selected, the arrangement order of the data selected in the patient list can be moved to an arbitrary position. When the close button B100 is pressed, the patient registration screen 410 is closed.

  After completing patient registration in the patient registration procedure S21, schedule creation is performed in the patient schedule creation procedure S22. When the patient schedule button B206 is pressed from the menu screen 200, a patient selection screen 420 shown in FIG. 11 is displayed. When a patient whose schedule is to be created is selected from the patient list and the schedule creation button B106 is pressed, a patient schedule screen 430 shown in FIG. 12 is displayed. The patient schedule screen 430 displays work items on the vertical axis and dates on the horizontal axis. The contents of each cell in the table are a work schedule ("work start time" and "execution place"). The operations performed on the patient schedule screen 430 are schedule addition, change, and deletion. Add, change, and delete are executed by pressing the add button B101, the change button B102, and the delete button B103, respectively.

In the subsequent screens including the patient schedule screen 430, the date on the horizontal axis is initially displayed on the left as today's date and the following date is initially displayed on the right. Further, the leftmost date is a month unit by the month advance button B10 and the month move button B17, a week unit by the week advance button B11 and the week move button B16, and a day unit by the day advance button B12 and the day move button B15. Can be changed. When the specified date button B13 is pressed, a calendar screen (not shown) is displayed. When an arbitrary date in the month / day row is selected, the leftmost date is changed to that date. After performing any operation, when the today button B14 is pressed, the display can be returned to the initial display (the leftmost date returns to today).

  The schedule is added as follows. A cell (for example, cell 50) of a work item whose date and time is not determined on the patient schedule screen 430 is selected, and an add button B101 at the upper left of the screen is pressed. When the add button B101 is pressed, a schedule addition screen 610 shown in FIG. 13 is displayed.

  The vertical axis of the schedule addition screen 610 indicates all work items, and the horizontal axis of the screen indicates a reservation available time. (Reservable time is 9:00 to 18:00 by default, but can be changed in the system setting file.) A blank cell can be reserved in the row of the selected item (examination in the example) on the schedule addition screen 610. The cell marked with “x” is the time already reserved by another patient. Cells marked with “/” indicate work items that are not subject to reservation. The cell marked with “*” indicates the date and time that the patient has reserved for other work items. For example, by selecting the cell 52 and pressing the add button B101, the schedule is registered in the cell at 13:30 in one diagnosis. With the schedule addition screen 610, it is possible to efficiently make a reservation in continuous work (for example, PET imaging using self-radiation that lasts only for a certain time after radiation irradiation). It should be noted that on the holidays set in the calendar master 111, all times are displayed as not being subject to reservation. When an available time is selected and the add button B101 is pressed, an additional item is added to the patient schedule, and the patient schedule screen 430 is displayed again. Also, when the cancel button B107 is pressed, the schedule addition work is canceled and the screen returns to the patient schedule screen 430. The display of the list can be scrolled left and right with the left scroll button B20 and the right scroll button B21.

  The schedule change on the patient schedule screen 430 is performed on the schedule change screen 620. When a cell (for example, cell 51) of a work item whose date and time is determined on the patient schedule screen 430 is selected and a change button B102 at the upper left of the screen is pressed, a schedule change screen 620 shown in FIG. 14 is displayed. Symbols (*, x, /) on the schedule change screen 620 are the same as those on the schedule addition screen 610. When the work item (for example, MR) to be changed is selected on the schedule change screen 620, the mark ● to be changed is displayed in the registered cell. When a vacant time (for example, cell 53) is selected and the change button B102 is pressed, the schedule is changed to the selected time. When the original date button B22 is pressed, it is possible to return to the initial display (display the date on which the schedule in the selected work item is registered).

  The deletion of the schedule on the patient schedule screen 430 is performed on the schedule deletion screen 630. A cell (for example, cell 51) of a work item whose date and time is determined on the patient schedule screen 430 is selected, and a delete button B103 at the upper left of the screen is pressed. When the delete button B103 is pressed, a schedule deletion confirmation dialog (schedule delete screen) shown in FIG. 15 is displayed. When the OK button B108 is pressed, the deletion is executed, and when the cancel button B107 is pressed, the deletion is canceled. When the creation of the patient schedule is completed in the patient schedule creation procedure S <b> 2, the patient schedule data 116 is created and stored in the database 11.

After the patient schedule is created in the patient schedule creation procedure S2, the staff schedule is created in the staff schedule creation procedure S3. When the staff registration button B207 is pressed from the menu screen 200 in the staff registration procedure S31, a staff registration screen 510 shown in FIG. 16 is displayed. When the staff information is input in the “detailed information” in the upper row and the add button B101 is pressed, the staff information entered in the “staff list” in the lower row is added. When the staff list is selected, the staff information of the selected staff is displayed in the “detailed information” column at the top. Thereafter, the staff information selected in the staff list can be changed by correcting the staff information and pressing the change button B102. When the staff information is selected from the staff list and the delete button B103 is pressed, the staff information of the staff can be deleted. When the upper button B104 or the lower button B105 is pressed while the staff list is selected, the arrangement order of the data selected in the staff list can be moved to an arbitrary position. When the close button B100 is pressed, the staff registration screen 510 is closed.

  After the staff registration is completed in the staff registration procedure S31, the work manager is registered in the work staff registration procedure S32. When the operator registration button B208 is selected from the menu screen 200, an operator registration screen 520 shown in FIG. 17 is displayed. In the work charge registration screen 520, the “work item” and “execution location” registered in the master (the execution location master 112, the work item master 114) are displayed on the vertical axis. The horizontal axis displays the date to which the worker is assigned. The contents of the table represent the staff in charge of the work on the vertical axis on the date on the horizontal axis, and the contents of the cell are “job title abbreviations: for example, medical: doctor Taro and nurse: nurse Hanako (cell 54)”. Displayed in the form of “Employee Name”.

  The assignment of the person in charge performs the following operations. When a person-in-charge assignment B109 button is pressed after selecting a cell (for example, cell 54) where the work item and date intersect on the work-in-charge registration screen 520, a person-in-charge assignment screen 710 shown in FIG. On the person-in-charge assignment screen 710, a selection list for the job category and number of people registered in the work item master 114 is displayed. The selection list is a list of staff members corresponding to the job category. When the person in charge to be assigned to the work is selected from this list and the assignment B110 is pressed, the assignment is completed. When the assignment is completed, the person-in-charge assignment screen 710 is closed, and the contents of the selected cell on the work person-in-charge registration screen 520 are updated with the selection result on the person-in-charge assignment screen 710. When the cancel button B107 is pressed on the previous assignment assignment screen 710, the selection result on the assignment person assignment screen 710 is not reflected, and the original work assignment display remains. Note that the person-in-charge assignment has no distinction between addition, change, and deletion unlike the schedule. By selecting “(no assignment)” in the staff selection list on the person-in-charge assignment screen, the person in charge becomes blank, and an operation corresponding to deletion can be performed. When the assignment of work is finished in the work work registration procedure S32, work work data 118 is created and stored in the database 11.

  After the assignment in charge is completed in the work charge registration procedure S32, a staff schedule is generated in the staff schedule confirmation procedure 33, and the staff schedule is displayed. The staff schedule generation method will be described later. When the staff schedule button B209 is pressed from the menu screen 200, a staff selection screen 530 shown in FIG. 19 is displayed. When the staff member who confirms the schedule is selected on the staff member selection screen 530 and the schedule display B111 is pressed, the staff schedule screen 540 shown in FIG. 20 is displayed.

  The staff schedule screen 540 displays the work time on the vertical axis and the date on the horizontal axis. The contents of the table are the work items and work places (displayed in the form of “work item (work place)”) and patients (others) that are the work information that the staff performs work on the horizontal axis and the time on the vertical axis. The information is “patient name”. The “↓” mark in the cell indicates the same work content as the cell. Cells without a schedule are displayed as packed, for example, in a 9:45 row. The patient information may be an ID that can identify the patient.

The display contents of the staff schedule screen 540 are created by the staff schedule creation means 14 according to the flowchart shown in FIG. FIG. 21 is a flowchart showing a procedure for creating a staff schedule. By performing the processing of this flowchart, the schedule of the staff viewpoint can be automatically generated by the system.

  The flowchart shown in FIG. 21 will be described. By pressing the staff schedule button B209 from the menu screen 200, the staff schedule creation work is started. A “date” list on the horizontal axis of the staff schedule screen 540 is acquired (step S301). The “work item” list that is the vertical axis of the staff schedule screen 540 is acquired (step S302). The “work location” list of the “work item” is acquired (step S303). The “worker” list of the “work place” is acquired (step S304). The procedure for acquiring the above four lists is a work charge data acquisition procedure. After acquiring the above four lists, it is checked whether the staff is included in the “worker” list (step S305).

  In step S306, it is determined whether the staff is included (worker determination procedure). If included (in the case of Yes), the process proceeds to step S307. If not included (in the case of No), the process proceeds to step S308. Proceed to In step S307, “reservation time” and “patient name” are acquired from the patient schedule that uses the “work place” on the “date” (other person schedule data acquisition procedure), and “ "Work item", "work place", and "patient name" are displayed (worker schedule creation procedure).

  In step S308, it is determined whether all “work places” have been examined. If all have been examined (Yes), the process proceeds to step S309. If all have not been examined (No), the process returns to step S304. In step S309, it is determined whether all “work items” have been checked. If all have been checked (in the case of Yes), the process proceeds to step S310. If all have not been checked (in the case of No), the process returns to step S303. In step S310, it is determined whether all “dates” have been checked. If all the dates have been checked (Yes), the process ends. If all have not been checked (No), the process returns to step S302.

  With the configuration as described above, the schedule management system 20 according to the first embodiment can change the staff viewpoint schedule (worker from the patient viewpoint schedule (schedule based on the other person)) from the patient viewpoint schedule (work schedule for radiation therapy). A standard schedule) can be generated and displayed. The schedule creation method according to the first embodiment can generate a staff viewpoint schedule (a schedule based on an operator) from a patient viewpoint schedule (a schedule based on another person).

  For example, when the staff themselves extract work related to themselves from the schedule based on patients (service beneficiaries, others) and re-schedule the schedule based on staff (service providers, workers) , It is difficult for the staff to fully grasp the work schedule, and it becomes inefficient. Since the schedule management system according to the first embodiment of the first embodiment can generate and display a schedule based on the staff, the work schedule of the selected staff can be confirmed sufficiently and efficiently. Staff can easily confirm and manage their own work schedules, and can easily confirm and manage other person's work schedules. Therefore, each staff member can efficiently perform schedule adjustment with other staff members. Unlike the past, it is possible to perform a smooth operation.

  As described above, according to the schedule management system 20 of the first embodiment, the schedule information of the beneficiary work that is benefited by the other person is included, the schedule information 116 of the other person stored in the database 11 and the work to be provided including the beneficiary work. Work that includes information set by a person in charge and that stores work charge data 118 stored in the database 11 and creates a schedule for the designated worker based on the other person schedule data 116 and the work charge data 118 The worker schedule creation means 14 and the worker schedule display means 15 for displaying the schedule 540 of the designated worker created by the worker schedule creation means 14 on the display screens 2a and 2b. The worker schedule creation means 15 includes: , Including information on work performed by the designated worker and information on others related to the work information. Because to create a schedule 540 of he workers, based on the schedule relative to the others, to generate a schedule relative to the worker, it can be managed.

Embodiment 2. FIG.
FIG. 22 is an example of the staff schedule screen in the second embodiment of the present invention. The staff schedule screen 540b of the second embodiment is different from the staff schedule screen 540 (540a) of the first embodiment in that it can display and hide the person in charge of joint work (joint worker information). In the staff schedule screen 540b, a joint worker display button B112 (a button for displaying a name of another person in charge for jointly performing the same work) and a joint worker non-display button B113 are added. The initial display is a non-display mode.

  When the display button B112 is pressed, the staff schedule screen 540c as shown in FIG. 23 is changed. As shown in the staff schedule screen 540c, a collaborator display 60 is displayed. The name of another person in charge can be displayed in the cell. FIG. 23 shows an example of the staff schedule screen after the display button is selected. In the example of FIG. 23, the schedule browsing staff displays the collaborators “nursing Hanako” and “nursing Sakurako” for “doctor Taro”.

  The schedule management system 20 according to the second embodiment can easily grasp the staff of the partner of cooperation when there is a collaborator who performs the work jointly. Therefore, when working together among a plurality of staff members, it is possible to easily contact the collaborator and to perform the work smoothly.

Embodiment 3 FIG.
FIG. 24 is a configuration diagram of the schedule management system according to the third embodiment of the present invention. It differs from the schedule management system of the first or second embodiment in that a list display means 18 is provided. FIG. 25 is an example of a staff schedule screen in the third embodiment of the present invention. The staff schedule screen 540d of the third embodiment is different from the staff schedule screen 540 (540a) of the first embodiment in that a charge patient list (in charge of others) can be displayed. The staff schedule screen 540d has a charge patient list display button B114 (a list of patients on a certain day) added.

  When the assigned patient list display button B114 is pressed, the list display means 18 displays the assigned patient list screen 610a as shown in FIG. For the date of the selected cell, the staff displays a list of patients who are in charge of work on that date. The list displays work item attributes (day, hour, work item, location) and patient attributes (patient ID, patient name, reading, age (calculated from date of birth), gender). In the upper right of the list, “total number of patients in charge” is displayed. At the top of the list is a “Display Work Item” selection menu. The initial display is “all” (= displays all work items). When a display target work item is selected, the contents of the list are displayed only for the specified work item. For example, when an endoscope is selected from the display target work item selection menu, the list display means 18 changes to a patient list screen 610b as shown in FIG.

In this way, the patient list display button B114, the “display target work item” selection menu, and the “total number of patients in charge” display field are added. Therefore, the schedule management system 20 (20b) of the third embodiment can determine the number of patients who perform the work item on the specified date. This makes it possible to grasp the necessary amount of work equipment (fixture material, etc.) required in advance for work items that require equipment preparation (for example, creation of fixtures), and to efficiently prepare for work. Can do. Since the work preparation can be performed efficiently, the work performed after the completion of the preparation and other work can be performed accurately without impending.

Embodiment 4 FIG.
FIG. 27 is an example of a patient registration screen in the fourth embodiment of the present invention. The patient registration screen 410b of the fourth embodiment is different from the patient registration screen 410 (410a) of the first embodiment in that it has a contact setting column 70 and a contact display column 71 and displays contact information. . In the contact information setting field 70 of the patient registration screen 410b, the contact information, entry / exit classification, location, and contact information can be set. The entrance / exit section is an incoming / outgoing section. When registering patients, contact information should be registered when the patient needs to be contacted.

  In addition, a contact information (incoming / outgoing classification, location, contact information) is displayed in the contact information display field 71 of the patient registration screen 410b. When the assigned patient list display B114 is pressed from the staff schedule screen 540d shown in the third embodiment, the list display means 18 displays the assigned patient list screen 610c shown in FIG. A contact display column 71 and a confirmation column 72 are displayed on the patient list screen 610c. When the patient list is displayed, the contact information registered in the patient registration can be displayed together. In addition, by adding a confirmation check box to the confirmation column 72 (confirmation column) on the patient list screen 610c and checking the contact box, it is possible to record that the patient schedule data has been contacted.

  As described above, “contact” and “confirmation” are added to the patient list screen 610c in the staff schedule screen 540d. Therefore, the schedule management system 20 (20b) according to the fourth embodiment can collectively refer to the contact information of the patient in charge when there is a report item before the work is performed. Thus, when a communication item occurs, the patient can be contacted efficiently, and it can be checked in the list that there is no communication omission.

Embodiment 5 FIG.
FIG. 29 is an example of a work item master setting screen according to the fifth embodiment of the present invention. The work item master setting screen 340b according to the fifth embodiment is different from the work item master setting screen 340 (340a) according to the first embodiment in that a patient necessity setting column 75 and a patient necessity display column 76 are provided. The patient necessity setting column 75 specifies whether or not the patient is involved in the work item (other person necessity information). Further, whether or not the patient is necessary (other person's necessity information) is displayed in the patient necessity display column 76 of the work item master setting screen 340b. For example, a treatment plan is an operation performed only by staff members, and patient involvement is unnecessary. Therefore, it is possible to easily grasp important information by hiding unnecessary items.

  When the schedule creation button B106 is pressed from the patient selection screen 420 shown in the first embodiment, a patient schedule screen 430b shown in FIG. 30 is displayed. A limited display check box 77 is added to the patient schedule screen 430b. When the limited display check box 77 is checked, the work items on the vertical axis are narrowed down and displayed only on the work item master setting screen 340b with “patient needs = Yes”. For example, on the patient schedule screen 430b, the “treatment plan” that does not involve the patient is not displayed, and “rehearsal” and “irradiation” that are work items that the patient is involved in are displayed instead.

  As described above, the patient's necessity for the work item can be designated on the patient schedule screen 430b. Therefore, the schedule management system 20 (20a, 20b) according to the fifth embodiment can provide an overview of work items that require schedule adjustment with the patient on the patient schedule screen without scrolling. Thereby, when determining the date and time for the work items related to the patient while listening to the patient's convenience, the extra scroll operation is reduced, so that the schedule adjustment work can be performed efficiently.

  The schedule management system 20 (20a, 20b) according to the fifth embodiment is an extra work item that is not related to the patient from the schedule screen in the work in which the staff determines the work schedule while listening to the patient's convenience relative to the patient. Can be hidden. Therefore, the schedule adjustment work can be efficiently performed by hiding unnecessary work items not related to the patient from the schedule screen.

  Note that the contents described in Embodiments 1 to 5 can be applied to each other.

2a, 2b ... terminal, 14 ... staff schedule creation means, 15 ... staff schedule display means, 17 ... patient schedule display means, 18 ... list display means, 20 ... schedule management system, 73 ... confirmation check box, 77 ... limited display check Box 116 ... Patient schedule data 118 ... Work charge data 540, 540a, 540b, 540c, 540d ... Staff schedule screen, 610a, 610b, 610c ... Patient patient list screen, B112 ... Display button, B114 ... Patient patient list display button.

Claims (11)

A schedule management system for managing a schedule of a worker who performs work related to another person,
Work information stored in the database, including information on schedules of beneficiary work that the other person will benefit, and other person schedule data stored in the database, and information set by a person in charge of providing work including the beneficiary work Worker schedule creation means for obtaining the responsible data, and creating a schedule for the designated worker based on the other person schedule data and the work staff data;
Worker schedule display means for displaying the schedule of the designated worker created by the worker schedule creation means on a display screen;
The schedule management system, wherein the worker schedule creation means creates a worker schedule including work information performed by the designated worker and information on the other person related to the work information.   2. The schedule management system according to claim 1, wherein the worker schedule creation means creates a worker schedule including collaborator information for performing work in cooperation with the worker.   3. The schedule according to claim 2, wherein the worker schedule display means displays the worker schedule together with the collaborator information on the display screen when the display button of the collaborator is pressed. Management system.   The worker schedule display means adds a list display button for displaying a list of others in charge to the worker's schedule and displays the list on the display screen. The schedule management system described in 1. A list display means for displaying a list of the person in charge when the list display button is pressed;
The list display means displays a display target work item selection menu in the list of the other person in charge, and is limited to display target work items selected in the display target work item selection menu. The schedule management system according to claim 4.   6. The schedule management system according to claim 5, wherein the list display unit displays contact information of the other person in charge on the list of the other person in charge.   7. The schedule management system according to claim 6, wherein the list display means displays a check box for the person in charge in the list of the person in charge. Other person schedule display means for displaying the other person schedule based on the other person schedule data,
The other person schedule data includes other person necessity information on whether or not the other person is necessary in the beneficiary work of the other person,
The said other person schedule display means displays only the said other person schedule based on the said other person necessity information, and restrict | limits to the work which the said other person needs. The schedule management system according to item. The other person schedule display means adds a limited display check box for performing a display limited to the other person schedule and displays it on the display screen,
9. The schedule management system according to claim 8, wherein when the limited display check box is checked, only the work necessary for the other person is displayed based on the other person necessity information.   The worker schedule creation means creates a worker schedule including a work item of work performed by the worker and a place where the work corresponding to the work item is performed in the work information. Item 10. The schedule management system according to any one of Items 1 to 9. A schedule creation method for creating a schedule for a worker who performs work related to another person,
Other person schedule data acquisition procedure for acquiring other person schedule data including schedule information of beneficiary work that the other person will benefit from, and
Work staff data acquisition procedure for acquiring work staff data including information set by a person in charge of providing work including the beneficiary work from the database;
A worker who creates a schedule of a designated worker based on the other person schedule data and the work person in charge data so as to include work information performed by the worker and information on the other person related to the work information. A schedule creation method comprising: a schedule creation procedure.

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