JPWO2008143237A1 - Project information display device, project information display method, project information display program, and electronic medical record information display device - Google Patents

Abstract

A time scale (510), display electronic medical record information (520) including electronic medical record information corresponding to the time scale, a time mark management button (540) for managing a time mark as time information serving as an index, and time A time machine information generation unit (20) for generating time machine information (500) configured by a time converter (550) for switching display types and a history stamp button group (560) for selecting an update history of the time machine information; When the display unit (40) for displaying the time machine information (500) and any of the time mark management button (540), the time converter (550), or the history button group (560) are operated, the time A time machine information update control unit (62) for updating the machine information (500); By the electronic medical record information display device, it is possible to specify the display time period of the electronic medical record information managed by a simple operation.

Description

  The present invention relates to a project information display device that displays project information used for project management in various fields, a project information display method, a project information display program, and an electronic medical record information display device.

  Conventionally, applications for performing project management in various fields have been developed and used.

  In the medical field, management of a patient's treatment plan with an electronic medical record is performed.

  By adopting this electronic medical record, the data storage space can be reduced as compared with the case where the paper medical record is used, and the past related to the desired patient can be displayed on the display screen without performing operations such as turning the paper medical record. Information can be browsed quickly.

  In order to quickly view patient information, as shown in Japanese Patent Application Laid-Open No. 2003-108661, the use of a tool that summarizes medical information called a clinical path in a schedule table makes it easy to view the progress and plan of treatment. It becomes possible.

  In addition, by using the technology described in Japanese Patent No. 2706645 or Japanese Patent No. 2815346, the schedule of various information about the patient can be understood at a glance, and further, information can be shared with medical staff involved in treatment, Data can be input, and the treatment plan can be appropriately changed based on these data.

  However, the techniques described in Japanese Patent Application Laid-Open Nos. 2003-108661, 2706645, and 2815346 disclose information in a fixed schedule table (day or time unit). Yes, if you want to display information in more detailed time units (for example, minutes or seconds), or if you want to display information over a long period of time, such as years, .

  For example, in various project management including medical treatment plans, the individual activities that make up a project are often subordinately and exclusively related to other actions. In the case where detailed information such as a case where a general association is applied only within a predetermined time is included, it may be necessary to display the information in minutes or seconds in order to clearly present the information.

  In the invention described in Japanese Patent Application Laid-Open No. 11-212700, information is changed by changing the display mode to a desired time unit such as a year unit, a month unit, or a day unit by operating a GUI operator displayed on the display screen. Although it can be displayed on the schedule table, a technique that can more easily execute the operation of specifying the period of information to be displayed has been desired.

  Therefore, an object of the present invention is to provide a project information display device, a project information display method, a project information display program, and an electronic medical record information display device that can specify a display period of project information for project management with a simple operation. It is to be.

  To achieve the above object, the project information display device of the present invention includes calendar information including date information, action information which is detailed information for each action executed in the project, and an execution time when this action information is executed. When the project information constituted by the information and the storage unit for storing the time mark which is time information serving as a pre-registered index and the display period of the project information are specified, the specified display period The calendar information is acquired from the storage unit to generate a plurality of time scales of different time units, and corresponds to the time scale of the smallest time unit among the generated time scales, and the execution is performed within the display period. Project information including time information is acquired from the storage unit to generate project information for display A time machine information generating unit that generates time machine information configured by a time mark management button for registering and displaying the time scale, the display project information, and a time mark stored in the storage unit; This display unit displays the time machine information generated by the time machine information generation unit, and when the time mark is selected from among the displayed time marks by operating the time mark management button. A time machine information update control unit that controls the time machine information generation unit so as to update the time machine information by designating a predetermined period based on the time information of the time mark as the display period. It is characterized by.

  Further, the project information display device according to another aspect of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed. A storage unit for storing the project information configured by the above, and when a display period of the project information is specified, calendar information of the specified display period is acquired from the storage unit, and a plurality of different time units are obtained. Is generated using any of the time display types in the Japanese calendar, Western calendar, age, or relative time from any start time, and the smallest time unit among the multiple time scales generated Project information including the execution time information within the display period is acquired from the storage unit and displayed. A time machine information generating unit configured to generate time machine information configured to generate project information and to perform an operation of switching the time scale, the display project information, and the time display type; and the time machine When an operation for switching the time display type of the time scale is performed by operating the display unit that displays the time machine information generated by the information generation unit and the displayed time converter, this operation is performed. Time machine information update control for controlling the time machine information generation unit to switch the time display type based on the Japanese calendar, the Western calendar, age, or a relative time from an arbitrary start time to update the time machine information And a section.

  Further, the project information display device according to another aspect of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed. And a storage unit for storing time information that is time information serving as index information registered in advance, and a calendar for the specified display period when the display period of the project information is specified. Information is acquired from the storage unit, and a plurality of time scales of different time units are generated using a time display type of any of the Japanese calendar, the Western calendar, age, or a relative time from an arbitrary start time. And corresponding to the time scale of the smallest time unit among the plurality of generated time scales, and the execution time within the display period. Time mark for acquiring project information including information from the storage unit to generate display project information, and registering and displaying the time scale, the display project information, and the time mark stored in the storage unit A time machine information generating unit configured to generate time machine information configured by a management button and a time converter for performing an operation of switching a time display type used for generating the time scale, and generated by the time machine information generating unit. When a time mark is selected from among the time marks displayed by operating the time mark management button and the time mark management button, the time information of the selected time mark is displayed as a base point. The predetermined time period is designated as the display period, and the time machine The time machine information generation unit is controlled to update the information, and when the displayed time converter is operated, an operation for switching the time display type of the time scale is performed based on this operation. A time machine information update control unit for controlling the time machine information generation unit so as to update the time machine information by switching the time display type in the Japanese calendar, the Western calendar, age, or a relative time from an arbitrary start time; It is characterized by providing.

  Further, when the time machine information is updated in the time machine information generation unit under the control of the time machine information update control unit, these project information display devices display time information corresponding to the time machine information before the update. A history stamp generating unit that generates a history stamp, the storage unit stores the history stamp, and the time machine information generated by the time machine information generating unit is a history for selecting the history stamp The time machine information update control unit has a stamp operation button group, and when one of the history stamps is selected from the history stamps stored in the storage unit, the time information of the history stamp is used as a base point. The time machine is configured to update the time machine information by designating a predetermined period as the display period. It may be controlled to broadcast generating unit.

  Further, the project information display method of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information for executing this action information. A storage step for storing project information and a time mark that is time information that serves as a pre-registered index; and when the display period of the project information is specified, the calendar information for the specified display period is stored Acquiring from the project information stored in the step and generating a plurality of time scales of different time units, corresponding to the time scale of the smallest time unit among the generated plurality of time scales, within the display period Project information including execution time information is stored in the storing step. A time constituted by a time mark management button for registering and displaying the time scale, the display project information, and the time mark stored in the storing step, generating display project information obtained from the project information A time machine information generation step for generating machine information; a display step for displaying the time machine information generated in the time machine information generation step; and the stored time mark is displayed by operating the time mark management button. Thus, when any time mark is selected from the time marks stored in the storing step, a predetermined period based on the time information of the selected time mark is designated as the display period. , Control to update the time machine information Characterized in that it comprises a Imumashin information update controlling step.

  The project information display method according to another aspect of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed. A storage step for storing the project information configured by the step, and when a display period for the project information is specified, calendar information for the specified display period is acquired from the project information stored in the storage step. , Generate multiple time scales with different time units using any time display type in Japanese calendar, AD, age, or relative time from any start time, and multiple time scales generated Corresponding to the time scale of the smallest time unit, and the execution time information is included in the display period. And a time converter for acquiring display project information from the project information stored in the storing step and generating display project information, and performing an operation of switching between the time scale, the display project information, and the time display type. A time machine information generating step for generating the time machine information displayed, a display step for displaying the time machine information generated in the time machine information generating step, and the time converter displayed by operating the time converter. When an operation for switching the time display type of the scale is performed, the time display type is switched based on this operation in the Japanese calendar, the Western calendar, the age, or a relative time from an arbitrary start time, and the time machine information is changed. Time machine information update control step for controlling to update Characterized in that it comprises and.

  The project information display method according to another aspect of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed. A storage step for storing the project information configured by the above and a time mark which is time information serving as a pre-registered index, and when the display period of the project information is specified, a calendar for the specified display period Information is obtained from the project information stored in the storing step, and a plurality of time scales of different time units are displayed as time in any of the Japanese calendar, the Western calendar, age, or relative time from any start time. A time schedule of the smallest time unit among the generated multiple time scales. Project information including the execution time information within the display period is obtained from the project information stored in the storing step to generate display project information, and the time scale and the display project information are generated. Time machine information composed of a time mark management button for registering and displaying the time mark stored in the storage step and a time converter for performing an operation of switching the time display type used for generating the time scale. The time machine information generation step to generate, the display step to display the time machine information generated in the time machine information generation step, the time mark management button is operated, and the stored time mark is displayed. Ties memorized in memory step When any time mark is selected from the marks, control is performed so as to update the time machine information by designating a predetermined period based on the time information of the selected time mark as the display period. When the displayed time converter is operated to switch the time display type of the time scale, the time display type is set to the Japanese calendar, the Western calendar, the age, or any time based on this operation. And a time machine information update control step for controlling to update the time machine information by switching in a relative time from the start time.

  Further, these project information display methods include a history that generates time information corresponding to time machine information before the update as a history stamp when the time machine information is updated by the control in the time machine information update control step. A stamp generation step, wherein the storage step stores the history stamp, and the time machine information generated in the time machine information generation step includes a history stamp operation button group for selecting the history stamp. In the time machine information update control step, when any one of the history stamps selected from the history stamps stored in the storage step is selected, the predetermined period based on the time information of the history stamp is displayed. Specify the time period to update the time machine information It may be Gosuru.

  In addition, the project information display program of the present invention provides calendar information including date information, action information that is detailed information for each action executed in the project, and execution of this action information. When a storage function for storing project information constituted by time information and a time mark that is time information that is a pre-registered index and a display period of the project information are specified, the specified display period The calendar information is acquired from the project information stored by the storage function to generate a plurality of time scales of different time units, and corresponds to the time scale of the smallest time unit among the generated time scales, Project information that includes the execution time information within the display period Time mark management button for generating display project information obtained from the project information stored by the storage function, and for registering and displaying the time scale, the display project information, and the time mark stored by the storage function A time machine information generating function for generating time machine information, a display function for displaying the time machine information generated by the time machine information generating function, and the time mark management button being operated to store the time machine information. When any time mark is selected from the time marks stored in the storage function by displaying the time mark, a predetermined period based on the time information of the selected time mark is Specify the display period and control to update the time machine information Characterized in that to execute the Imumashin information update control function.

  In addition, the project information display program according to another aspect of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and this action information. A storage function for storing project information configured by execution time information to be executed, and when a display period for the project information is designated, calendar information for the designated display period is stored by the storage function. Acquired from project information, and generates multiple time scales with different time units using either the Japanese calendar, the Western calendar, age, or any time display type from relative time from any start time. Corresponding to the time scale of the smallest time unit among the plurality of time scales, and within the display period, Project information including time information is acquired from the project information stored by the storage function to generate display project information, and an operation for switching the time scale, the display project information, and the time display type is performed. A time machine information generation function for generating time machine information configured by a time converter, a display function for displaying time machine information generated by the time machine information generation function, and the displayed time converter are operated. Thus, when an operation for switching the time display type of the time scale is performed, the time display type is switched based on this operation in the Japanese calendar, the Western calendar, the age, or a relative time from an arbitrary start time. Time machine information update system for controlling to update the time machine information Characterized in that to execute a function.

  In addition, the project information display program according to another aspect of the present invention includes calendar information including date information, action information that is detailed information for each action executed in the project, and this action information. This specification is made when a storage function for storing project information composed of execution time information to be executed, a time mark that is time information that is a pre-registered index, and a display period of the project information is specified. Calendar information of the displayed display period is obtained from the project information stored by the storage function, and a plurality of time scales of different time units are selected from the Japanese calendar, the Western calendar, age, or relative time from any start time. Is generated using one of the time display types, and the most Project information including the execution time information within the display period is obtained from the project information stored by the storage function to generate display project information, and the time scale and The display project information, a time mark management button for registering and displaying the time mark stored in the storage function, and a time converter for performing an operation of switching the time display type used for generating the time scale. A time machine information generating function for generating the time machine information, a display function for displaying the time machine information generated by the time machine information generating function, and a display of the stored time mark by operating the time mark management button. Is stored by the storage function. When any time mark is selected from the time marks, a predetermined period based on the time information of the selected time mark is designated as the display period, and the time machine information is updated. When the operation of switching the time display type of the time scale is performed by operating the time converter that is controlled and displayed, the time display type is set to the Japanese calendar, the Western calendar, the age, or any time based on this operation And a time machine information update control function for performing control so as to update the time machine information by switching within a relative time from the start time.

  Further, when the time machine information is updated by the control in the time machine information update control function, these project information display programs generate a time stamp corresponding to the time machine information before the update as a history stamp. A stamp generation function; the storage function stores the history stamp; and the time machine information generated by the time machine information generation function includes a history stamp operation button group for selecting the history stamp. In the time machine information update control function, when any one of the history stamps selected from the history stamps stored in the storage function is selected, the predetermined period based on the time information of the history stamp is displayed. Specify as a period, and control to update the time machine information Good.

  The electronic medical record information display device of the present invention is composed of calendar information including date information, action information that is detailed information for each action executed in the medical field, and execution time information for executing this action information. A storage unit for storing the electronic medical record information and a time mark that is time information serving as a pre-registered index, and a calendar for the specified display period when the display period of the electronic medical record information is specified Information is acquired from the storage unit, and a plurality of time scales of different time units are generated using a time display type of any of the Japanese calendar, the Western calendar, age, or a relative time from an arbitrary start time. In addition, an electron corresponding to the time scale of the smallest time unit among the plurality of generated time scales and including the execution time information within the display period Time mark management button for acquiring the record information from the storage unit to generate display electronic medical record information, and registering and displaying the time scale, the display electronic medical record information, and the time mark stored in the storage unit A time machine information generator configured to generate time machine information, and a time machine generated by the time machine information generator When a time mark is selected from the time mark displayed when the time mark management button is operated and the time mark management button is displayed, the time information of the selected time mark is used as a base point. The predetermined period is designated as the display period, and the time machine information is updated. When an operation for switching the time display type of the time scale is performed due to the operation of the displayed time converter by controlling the time machine information generation unit, the time display type is set to the Japanese calendar or the Western calendar based on this operation. The time machine information generation unit is controlled so as to update the time machine information by switching within a relative time from an age or an arbitrary start time, and the time is selected by selecting the time mark or operating the time converter. When a history stamp stored as time information corresponding to time machine information before the update when the time machine information is updated in the machine information generation unit is selected, a predetermined period based on the time information of this history stamp Is designated as the display period, and the time machine information is controlled to be updated. And a machine information update control unit.

  Therefore, according to the project information display device, the project information display method, the project information display program, and the electronic medical record information display device of the present invention, the display period of project information for project management can be specified by a simple operation.

It is a block diagram which shows the structure of the electronic medical chart display apparatus as a project information display apparatus by one Embodiment of this invention. It is explanatory drawing which shows the structure of COA utilized with the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is explanatory drawing which shows the position of the information of COA on the time-axis displayed with the electronic medical chart display control apparatus as a project management display apparatus by one Embodiment of this invention. It is a flowchart which shows operation | movement of the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is explanatory drawing for demonstrating the classification of the mode of the display data produced | generated with the electronic medical chart display control apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time machine information displayed by the timeline mode of COA mode in the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time scale displayed with the time machine controller in the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time scale by which the center line for changing the scale width of a time scale was displayed in the electronic medical record display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time machine information displayed by the timeline mode of COA mode in the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time machine information displayed by the timeline mode of COA mode in the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time converter in the time machine information displayed with the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time machine information displayed in the text mode of log mode in the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention. It is a display figure which shows an example of the time machine information displayed in the text mode of log mode in the electronic medical chart display apparatus as a project management display apparatus by one Embodiment of this invention.

<< One Embodiment >>
As an embodiment of a project information display device including the project information display control device of the present invention, an electronic medical record information display device that displays a treatment plan for an electronic medical record in the medical field will be described.

  In the electronic medical chart information display device of the present embodiment, the display contents for displaying the medical information stored in the electronic medical chart corresponding to the time scale indicating the time axis of various time units is controlled.

<Configuration of Electronic Medical Record Information Display Device 1 in One Embodiment>
The configuration of the electronic medical record information display apparatus in the present embodiment will be described with reference to FIG.

  As shown in FIG. 1, the electronic medical record information display apparatus 1 according to this embodiment includes an input unit 10, a time machine information generation unit 20, a storage unit 30, a display unit 40, a time scale operation unit 50, and an electronic device. And a time controller 60 as a chart information display control device.

  The input unit 10 is operated by a doctor who is a user, and is a mouse, a stylus pen, a keyboard, or the like.

  Based on information acquired from the input unit 10, a time scale operation unit 50, which will be described later, or a time controller 60, the time machine information generation unit 20 is a calendar for the corresponding time unit from a calendar information storage unit 31 of the storage unit 30 which will be described later. A plurality of time scales are generated by acquiring information, and electronic medical record information including execution time information within a display period corresponding to the time scale of the smallest time unit in the generated time scale is stored in the storage unit 30 Machine information that is obtained from the electronic medical record information storage unit 32b of the display information storage unit 32 and generates a timeline for each action information, and includes the generated time scale and the corresponding timeline for each action information. Is generated.

  The storage unit 30 includes a calendar information storage unit 31, a display information storage unit 32, a time mark storage unit 33, a time display type information storage unit 34, and a history stamp storage unit 35.

  The calendar information storage unit 31 stores calendar information including year / month / day information for displaying a time scale in units of 10 years, years, months, days, hours, minutes, or seconds.

  The display information storage unit 32 stores COA information storage unit 32a that stores detailed information on various medical practices that have been input in advance, and information on medical practices that are selected from information on medical practices that are stored in the COA information storage unit 32a. An electronic recording of electronic medical record information in units of 10 years, years, months, days, hours, minutes, and seconds composed of information and execution time information for executing the selected medical practice It has a chart information storage unit 32b.

  The information regarding the medical practice stored in the COA information storage unit 32a will be described.

  In the present embodiment, various types of medical practices to be displayed are individually defined and managed as “acts”.

  These individual acts have information (Core of Act, hereinafter referred to as “COA”) as the core of the act. Each COA stores the relationship with other actions defined based on the time axis.

  Act types include “observation”, “prescription”, “injection”, “school lunch”, etc., for example, “inspection” must be performed after a predetermined period of time has elapsed since the “injection”. There is individual information related to other medical practices based on the time axis.

  Information other than medical practice, such as “symptom” information, is also a COA that is generated based on an act of “observation”, and such information (symptom) is held as a COA of “observation”. That is, all medical information is held as a COA of some medical action (act).

  Based on this idea, in the electronic medical chart display device of this embodiment, the COA having information based on the time axis is further input and displayed in the data structure that already has the time axis of the electronic medical record. Support the provision of highly accurate medical information.

-Configuration of COA-
Information constituting each COA used in the present invention will be described with reference to FIG.

  Each COA includes (1) an act information layer 100, (2) an act operation layer 200, (3) an output layer 300, and (4) a management layer 400.

(1) Act information layer 100
The act information layer 100 includes (i) self-act information 110 as self-actual information that is information related to the self-act, and (ii) linkage act information 120 as linkage information that is information for linking with other COAs. Have

(I) Self-act information 110
The self-act information 110 further includes a self-act characteristic 111 as self-act characteristic information and a self-act logic 112 as self-action logic information. The self-act characteristic 111 includes a self-act name 111a (formal name, Alias, provisional name, etc.), classification 111b (major classification, middle classification, minor classification, etc.), related ID 111c (identification ID for linking to other COA corresponding to name 111a), knowledge 111d (quantity related to own act) Speed, units, scientific knowledge and know-how).

  Examples of the classification 111b include “motion act” and “logical act” as major classifications, and “observation act” and “intervention act” as middle classifications of “motion act”. In addition, there are “history”, “symptom”, “findings”, etc. as subcategories of “observation act”, and “specimen test”, “imaging test”, “physiological test”, “prescription” as subcategories of “intervention act” ”,“ Injection ”,“ treatment ”,“ entrance / exit ”,“ school lunch ”, and the like. In addition, as a subcategory of “logically act”, there are “data generation by combination of inspection results”, “prescription;

  The self-act logic 112 stores information such as an amount calculation method, an appropriate dose range, a symptom evaluation method, unit conversion, and a display method when executing the self-act.

(Ii) Linkage act information 120
The linkage act information 120 includes a linkage act characteristic 121 and a linkage act logic 122. In the linkage act characteristic 121, information such as contents of other COAs having relevance, application time, application range, and the like are included in the time axis information. The linkage act logic 122 stores a conditional expression such as a logical sum, logical product, logical flow, etc. when linking with another COA having relevance based on the information of the linkage act characteristic 121. Yes.

(2) Act action layer 200
The act operation layer 200 stores logical control information between operations when executing processing based on the self-act logic 112 and the linkage act logic 122, for example, the execution order and conditional expressions.

(3) Output layer 300
The output layer 300 includes a state 300a related to the operation of its own COA (assuming, planning, implementation decision, preparation, implementation, result, etc.), evaluation 300b (success, failure, etc.), result 300c (observation result, implementation result, graphic) , Slip / prescription generation, etc.), information such as intervention 300d for other COA is stored.

(4) Management layer 400
In the management layer 400, a management ID group 400a for managing each COA, a management name 400b, a copyright 400c using each COA as a copyrighted work, and version information 400d such as a copyright date, an update date, etc. are stored. ing.

  FIG. 3 shows the application range of information on the time axis of each COA. Each COA can have a plurality of linkage act information 120. In the COA of FIG. 3, the COA has three linkage acts 120-1 to 120-3.

  In FIG. 3, linkage act information 120-1 is information that is applied after a predetermined time has elapsed since the execution of medical practice using self-act information 110, and linkage act information 120-2 is applied simultaneously with the execution of medical practice using self-act information 110. Linkage act information 120-3 is information applied from the end of the medical practice by the self-act information 110.

  Returning to FIG. 1, the time mark storage unit 33 stores, as a time mark, time information serving as an index registered by a doctor for displaying the displayed time machine information again for each patient.

  In this time mark, time information such as a time unit and a time width for displaying the time machine information in the same time width as that displayed previously can be registered.

  Also, in this time mark, time information for displaying the electronic medical record information of the corresponding patient for the entire lifetime as the full width of the display is registered as a default setting.

  In addition, time information for displaying electronic medical record information in an arbitrary age range selected by a doctor can be registered in the time mark.

  Also, mode information for displaying electronic medical chart information in the same display mode as that displayed before can be registered in this time mark. In this display mode, a plan mode in which a timeline of each action information is displayed by classification for each treatment plan, an execution mode in which a timeline of each action information is displayed by classification for each execution condition, are input. There is a full display mode where a timeline of all activity information is displayed.

  The time display type information storage unit 34 stores an age, an event start time, and the like serving as a reference for displaying a time display when creating a time scale of the time machine information as a relative time from a time specified by a doctor. To do.

  The history stamp storage unit 35 stores the display information before the update as a history stamp each time the time machine information is updated by an operation of the time controller 60 described later.

  The display unit 40 displays the time machine information generated by the time machine information generation unit 20 and is a display or the like.

  The time scale operation unit 50 switches the mode related to the time scale display or operation of the time machine information displayed on the display unit 40 by the operation of the input unit 10 by the doctor, the selection of the time unit, the selection of the display period, and the display Perform operations such as area selection.

  The time controller 60 includes a time mark registration / editing unit 61, a time machine information update control unit 62, and a history stamp generation unit 63.

  The time mark registration / editing unit 61 registers and edits the time mark in the time mark storage unit 33 of the storage unit 30 by the operation of the input unit 10 by a doctor.

  The time machine information update control unit 62 is selected when a desired time mark is selected from the time marks stored in the time mark storage unit 33 of the storage unit 30 by the operation of the input unit 10 by the doctor. Time mark time information is sent to the time machine information generation unit 20, and the time machine information generated by the time machine information generation unit 20 is updated based on the selected time mark information.

  Further, the time machine information update control unit 62 selects this history stamp when a desired history stamp is selected from the history stamps stored in the history stamp storage unit 35 of the storage unit 30 by the operation of the input unit 10 by the doctor. The time information of the history stamp thus generated is sent to the time machine information generation unit 20, and the time machine information generated by the time machine information generation unit 20 is updated based on the selected history stamp information.

  Further, the time machine information update control unit 62 updates the time machine information generated by the time machine information generation unit 20 based on the current time when an instruction to return to the current time is instructed by the operation of the input unit 10 by the doctor. Let

  Further, the time machine information update control unit 62 stores the year, the Japanese calendar, and the time display type information storage unit 34 of the storage unit 30 when a change of the time display type is instructed by the operation of the input unit 10 by the doctor. The time machine information generated by the time machine information generation unit 20 is updated so that the time scale is displayed by switching to the selected time display type from the reference time and the time display based on the relative time from the age.

  The history stamp generation unit 63 sends this update history to the history stamp storage unit 35 of the storage unit 30 when the time machine information is updated under the control of the time machine information update control unit 62.

<Operation of Electronic Medical Record Information Display Device 1 in One Embodiment>
Below, operation | movement of the electronic medical chart information display apparatus 1 as one Embodiment is demonstrated in detail with reference to FIGS.

  As shown in the flowchart of FIG. 4, when the electronic medical record information display device 1 is first turned on by the operation of the input unit 10 by a doctor and personal information of a desired patient is input (S1), it is already stored. The electronic medical record information of the patient is acquired from the electronic medical record information storage unit 32b in the time machine information generation unit 20, and display data is generated.

  As shown in FIG. 5, the display data of the electronic medical record information corresponds to the calendar information 501 indicating time information or the COA mode 502 in which the acquired electronic medical record information is expressed by the above-described mark using the COA. , And generated in any one of log modes 503 expressed as a log by text information.

  In the COA mode 502, the contents of the electronic medical record information expressed by the COA are always rewritable, and display data is generated with the latest information. Further, in the log display mode 503, the contents of the electronic medical record information once input by text information cannot be rewritten (write-once), and new information is input as additional information and display data is generated.

  The COA mode 502 includes a text mode 502a in which the input COA is displayed as text and used for a prescription and the like, and a timeline mode in which the input COA is displayed as a mark or the like at a predetermined position on the timeline. 502b. Also, the log mode 503 includes a text mode 503a in which the input text information log is sequentially displayed as it is, and a timeline mode 503b in which the input text information log is displayed at a predetermined position on the timeline. .

  As the electronic medical record information, the COA information stored in the COA information storage unit 32a, the input information 504 such as the observation result information, the intervening information, the logistics information such as the medicine, and the accounting information are the timeline mode 502a of the COA mode 502 described above. When the text mode 502b, the log mode 503, the text mode 503a, and the timeline mode 503b are input, the input contents are reflected in all these modes.

  When input information is input in any mode, it is confirmed as display information 505 expressed in an electronic medical record, and further, if necessary, arrangement information that is an attribute of the input information, information on the total amount / speed, self-logic information The attribute information 506 such as management information is edited.

  In the present embodiment, time machine information described below is used as calendar information, and a time machine that is display data in which electronic medical record information is expressed in the timeline mode 502b of the COA mode 502 of FIG. 5 is generated. Will be described.

  First, time machine information used as calendar information constituting the time machine 500 as shown in FIG. 6 is generated in the time machine information generation unit 20 (S2).

  Time machine information generation processing will be described. First, time unit calendar information set by default is acquired from the calendar information storage unit 31 of the storage unit 30, and a plurality of time unit time scales 510 are generated.

  In this embodiment, three time scales are generated by the default setting of the time scale 510. The time scale 511 is a daily time scale as the highest time unit, the time scale 512 is the hour time as the middle time unit, and the lowest time scale. A time scale 513 in minutes is generated as a time unit.

  Next, the electronic medical record information in minutes, which is the lowest time unit of the time scale with the current time as the base point, is acquired from the electronic medical record information storage unit 32b of the display information storage unit 32 in the storage unit 30, and the display unit The electronic chart information for display displayed in the display range 520 in the display screen 40 is generated in the timeline mode 502b of the COA mode 502 in FIG.

  At this time, the timeline of the electronic medical record information for display is generated so that the date and time as the base point is in the center.

  This electronic medical record information is configured by arranging a COA having linkage information on a timeline generated for each action. When multiple COAs are placed in the electronic medical record information of the same patient, related COAs are detected from each other by the linkage information contained in this COA, and contraindication warnings and subordinate COA presentations are presented. Etc. are output.

  Further, a window area manager 530 for performing an operation for expanding / reducing the display range 520 in the display screen is generated.

  Furthermore, a time mark management button 540 for displaying and selecting a time mark stored in the time mark storage unit 33 of the storage unit 30, and a time display type displayed in the time scale 510 are Japanese calendar, Western calendar, Alternatively, the time converter 550 for switching to the relative time from the age or event start time stored in the time display type information storage unit 34 of the storage unit 30 and the history stamp stored in the history stamp storage unit 35 of the storage unit 30 A history stamp button group 560 for selection is generated.

  The time converter 550 includes a base point display area 551 that displays the current date and time that is the base point of the currently displayed time scale 510, and a time display type display area 552 that displays the time display type of the currently displayed time scale. It consists of and.

  The history stamp button group includes a previous history movement button 561 for returning to the display corresponding to the display information of the previous history stamp among the history stamps stored in the history stamp storage unit 35 of the storage unit 30. Expands the subsequent history movement button 562 for moving to the display corresponding to the display information of the next history stamp, the current feedback button 563 for moving to the display based on the current time, and the selection screen based on the history list. It includes a history list display button 564 for selecting a history stamp used for movement.

  As shown in FIG. 6, the generated information includes a history stamp button group 560, a time converter 550, and a time mark management button 540 at the upper end from the left in the screen of the display unit 40 on which the time machine 500 is displayed. The window area manager 530 is displayed on the left side of the upper part from the central part, and the electronic medical chart information of the time scale 510 and the display range 520 in the display screen is displayed in a wide range from the central part to the lower part (S3).

  In a state where the time machine 500 is displayed on the display unit 40, the time scale 510 of the time unit 510 of the time scale 510 of the time machine 500, the time scale 512 of the hour unit, and the time scale of the minute unit by the operation of the input unit 10 by the doctor. When any of the buttons 513 is operated, or when a button or the like related to the operation of these time scales (drawing not displayed) is operated (“YES” in S4), the mode switching or the time related to the display or operation of the time scale is performed. The unit is selected, the display period is selected, and the time scale display is updated (S5).

  For example, when changing the time unit of the time scale 510 generated by the default setting, an operation of moving to a higher time unit on the time scale of the highest time unit in the time scale 510 being displayed, or By repeating the operation of moving to a lower time unit on the lowest time scale, the time scale of a larger time unit or a smaller time unit is sequentially switched and displayed.

  For example, with the cursor on the time scale 510, rotate the wheel mouse up to switch to a higher time unit, or rotate down to switch to a lower time unit. You may make it do.

  Also, you can move one of the displayed time scales to the left or right to move the display period of the electronic medical record information back and forth, or specify an arbitrary time width within the displayed time scale by dragging. Thus, it is possible to switch to the display of electronic medical record information in which the designated period is the entire period. The start point and end point when designating this arbitrary time width may be on the same time scale or on different time units. When specifying with a time scale of a different time unit, either the start point or the end point is specified in a detailed time unit, and the other is specified in a rough time unit.

  Further, the selection of the time unit of the time scale 510 and the change of the display period may be performed by displaying and operating a time machine controller that is a circular operation panel.

  The operation of this time machine controller will be described. First, when a time machine controller display icon displayed close to the time scale 510 is clicked, a time machine controller 570 is displayed as shown in FIG.

  The displayed time machine controller 570 has a circular shape, and a donut-shaped operation area for operating the time scale 510 is provided sequentially from the outside to the inside of the circle. In FIG. 7, the time machine controller 571 has a daily unit corresponding to the case where the time scale 510 includes a daily time scale 511, an hourly time scale 512, and a minute time scale 513. An operation area 571, an hour operation area 572, and a minute operation area 573 are provided, and a current time display button 574 for jumping the electronic medical record information to a display based on the current time is provided at the center of the circle. Is provided.

  When any one of these operation areas 571 to 573 is dragged and dropped toward the inside or the outside, the time unit of each scale in the time scale 510 is changed.

  For example, when a drop operation is performed at the position of the outer time unit operation area 572 while the minute operation area 573 is being dragged, the display of the time controller 570 is a lower time unit, hour unit, minute unit And the operation area in units of seconds, and the display of the time scale 510 is also changed to the time scale in units of hours, minutes, and seconds.

  When a drop operation is performed at the position of the minute minute operation area 573 while the daily operation area 571 is being dragged, the display of the time controller 570 is a year unit or month unit that is a higher time unit. The display of the time scale 510 is also changed to the time scale of the year unit, the month unit, and the day unit correspondingly. The time unit changing operation using the operation area in the time controller 570 may be performed by turning the wheel mouse up and down.

  Further, when the current time display button 574 is clicked, the time unit of the displayed time scale remains unchanged, and the electronic medical record information 520 based on the current time is displayed.

  Further, when the operation of tilting the current display button 574 to the left and right is performed, the display range of the time scale 510 is expanded and contracted, and when the operation of tilting up and down is performed, the display area of the electronic medical record information is expanded and displayed.

  In addition, when the time machine controller 570 is displayed and the mouse is moved to the right or left while clicking on the time scale of any time unit, the time scale according to the speed at the time of the movement is displayed. Continues to move, and the time scale is stopped by clicking again.

  Further, the center line on the time scale 510 may be used so that the scale width of the displayed electronic medical record information 520 and the scale width of the time scale 510 can be changed.

  As an example of operation using this center line, as shown in FIG. 8, when the cursor indicated by an arrow is turned on the center line 514 displayed on the time scale 510, the center line 514 is displayed thick and becomes active. Further, the operation mode of the center line 514 can be switched to the preference mode, the synchronized mode, or the default mode by an operation such as right click, single click, double click, or menu selection.

  The preference mode is a mode in which the scale width can be expanded and contracted for each of the time scales 511 to 513, and the synchronized mode is a mode in which all the time scales 511 to 513 can be expanded and contracted simultaneously. In this synchronized mode, the electronic medical record information 520 is displayed with the scale width of the time scale 513 of the lowest time unit after the change, and the lower time units are reduced by reducing the scale width of the time scales 511 and 512 of the upper time units. When the time scale 513 and the electronic medical record information 520 cannot be displayed, the time unit of the displayed time scale 510 is automatically increased to a higher time unit.

  In addition, in these reference modes and synchronized modes, the scale width is continuously changed based on the unit resize mode in which the scale width is arbitrarily changed according to the movement width of the cursor and the predefined width. (For example, every time the cursor movement width exceeds 10 pixels, the scale width is increased or decreased by 0.5 pixels.) Sequential resizing modes are also available, and changes to these modes can also be performed by right-clicking, single-clicking, double-clicking, or menus. This is done by an operation such as selection.

  In any of these resize modes, the cursor is moved to the top, bottom, left or right while clicking the center line 514 of the upper time unit 511 or the middle time unit time scale 512 in the active state. As a result, the scale width of the time scale is changed. For example, moving the scale up or right will increase the scale width of the time scale, moving it down or left will reduce it, or moving the cursor wider than the original scale width will expand the scale width. It can be reduced by moving the cursor narrower than the original scale width.

  In addition, the scale width changed as described above can be set to a scale width set as a default for each time scale or all time scales at once. The change to the default scale width is performed by an operation such as right-click, single-click, double-click, or menu selection.

  Designation of minimum cursor movement width, maximum cursor movement width, cursor movement width and display change width predefined in sequential resize mode, and display change width in unit resize mode when operations for changing these scale widths are performed (Change according to the cursor width or change according to the percentage of cursor movement width, etc.) The default scale width, the minimum scale width at the time of automatic up in synchronized mode, etc. can be freely set it can.

  This scale width adjustment is performed on the time scale of the upper time unit when the display range of the electronic medical record information 520 and the scale width of the time scale are to be greatly expanded and contracted, and the lower time unit when it is desired to expand and contract in fine time units. By operating on the time scale, it is possible to change to a desired scale width.

  When the time scale 510 is updated by these operations, the electronic medical record information displayed in the display range 520 in the display screen of the display unit 40 is also updated corresponding to the update (S6).

  Next, processing when a time mark is created and registered in the time mark storage unit 33 of the storage unit 30 will be described.

  While the time machine 500 is displayed on the display unit 40, a drag operation is performed from an arbitrary position in the electronic medical record information in the display range 520 in the display screen of the display unit 40 by the operation of the input unit 10 by the doctor. Then, as shown in FIG. 6, a time line 521 is displayed on the time indicated by the drag start position, and an operation selection screen 522 is displayed.

  Here, on the operation selection screen 522, various types of electronic medical record information such as “time mark creation”, “new COA creation”, “time shift”, “height change”, “time extension / reduction”, etc. When an operation name is displayed, and “time mark creation” is selected from the operation name, the time mark registration / editing unit 61 starts time mark generation processing (“YES” in S7).

  When the time mark generation process is started, a time stamp 223 indicating the detailed contents of the time mark is displayed as shown in FIG.

  The date and time information of the time line 521 displayed as detailed information is displayed in the time stamp 223, and the registration button 223a for registering the time mark having the information of the time stamp 223 and the registration are canceled. A cancel button 223b is displayed.

  Here, when the displayed registration button 223a is selected, a time mark having the displayed time stamp information is generated, and the generated time mark is registered in the time mark storage unit 33 (S8). .

  In this time mark, time information such as a time unit and a time width for displaying the time machine information in the same time width as that displayed previously is registered.

  Also, in this time mark, time information for displaying the electronic medical record information of the corresponding patient for the entire lifetime as the full width of the display is registered as a default setting.

  In addition, time information for displaying electronic medical record information in an arbitrary age range selected by a doctor can be registered in the time mark.

  In addition, mode information for displaying electronic medical chart information in the same display mode as the previous display can be registered in this time mark. In this display mode, a plan mode in which a timeline of each action information is displayed by classification for each treatment plan, an execution mode in which a timeline of each action information is displayed by classification for each execution condition, are input. There is a full display mode where a timeline of all activity information is displayed. In addition, the display width of the screen when displayed in these modes, the time mark information that is the condition that constitutes the display screen, such as overlapping, arrangement, scaling, unit setting, etc. of the timeline that displays the electronic medical record information May be included.

  In addition, this time mark is displayed with the time stamp 223 displayed, the group name indicating the classification of the department such as “pediatrics”, the title of the time mark such as “first recurrence”, “diagnosis is confirmed”, etc. A detailed description of the time mark may be entered and registered.

  Further, the time mark may be registered so as to be displayed hierarchically by grouping.

  Further, when the time machine 500 is displayed on the display unit 40, a desired time mark of the electronic medical chart information displayed on the time scale 510 and the display range 520 in the display screen is determined based on the operation of the input unit 10 by the doctor. When an update to a display based on a desired history stamp or an update to a display based on a desired time display type is instructed (“YES” in S9), the time is updated based on the instruction. Generation of time machine information is controlled in the machine information update control unit 62, and the displayed time machine information is updated (S10).

  Here, a process when the electronic medical chart information displayed in the time scale 510 and the display range 520 in the display screen is updated to a display based on a desired time mark will be described.

  When the time mark management button 540 is selected by the operation of the input unit 10 by the doctor, a time mark list 541 which is a list of registered time marks is displayed as shown in FIG.

  When a doctor selects a desired time mark, for example, the title “first recurrence” and the time line date / time information “2004/11/12” from the time mark list 541, the date / time information is displayed. The electronic medical record information displayed in the time scale based on and the display range in the display screen is generated, and the time machine displayed on the display unit 40 is updated.

  In addition, processing when the electronic medical record information displayed in the time scale 510 and the display range 520 in the display screen is updated to a display based on a desired history stamp will be described.

  When the previous history movement button 561 in the history stamp button group 560 is selected by the operation of the input unit 10 by the doctor, the electronic medical record information displayed on the displayed time scale 510 and the display range 520 in the display screen However, the display is switched to the display corresponding to the display information of the previous history stamp.

  Further, when the backward history movement button 562 in the history stamp button group 560 is selected, the electronic medical record information displayed in the displayed time scale 510 and the display range 520 in the display screen is the next history. The display can be switched to the display information corresponding to the stamp display information.

  When the current feedback button 563 in the history stamp button group 560 is selected, the electronic medical record information displayed on the displayed time scale 510 and the display range 520 in the display screen is based on the current time. Switch to display.

  When the history list display button 564 in the history stamp button group 560 is selected, a selection screen in which all the history is displayed is expanded. When a desired history stamp is selected by the doctor from the selection screen, the electronic medical record information displayed on the displayed time scale 510 and the display range 520 in the display screen is displayed on the display of the selected history stamp. The display can be switched to the information.

  In addition, a process when the electronic medical record information displayed in the time scale 510 and the display range 520 in the display screen is updated to display by a desired time display type will be described.

  When the electronic medical chart information displayed in the time scale 510 and the display range 520 in the display screen is updated to display with a desired time display type, the time converter 550 is operated by the operation of the input unit 10 by the doctor.

  FIG. 10 is a diagram showing the time converter 550 in detail.

  When the time converter 550 is displayed as shown in FIG. 10A, the pull-down button 552a displayed on the right end of the time display type display area 552 of the time converter 550 is selected by the operation of the doctor. As shown in FIG. 10B, preset time display types are displayed in a list.

  Here, it is assumed that the time display type set in the time display type display area 552 includes “Western calendar”, “Japanese calendar”, “age”, and “from any start time”.

  When a doctor selects a desired time display type from the displayed time display types, a time scale 510 composed of the selected time display type is displayed. Further, the date and time that is the base point of the time scale 510 displayed in the base point display area 551 is also displayed in the selected time display type.

  When “From an arbitrary start time” is selected in the time display type display area 552, the display moves to a time designation as shown in FIG. 10 (c), and is performed by a drag-and-drop operation by a doctor or an input operation by a keyboard An event start time as a base point is designated, and a time scale 510 composed of a relative time from the event start time is displayed.

  The time converter 550 may be configured to select not only a relative display type with respect to time but also a relative display type based on any information having an order such as the number of actions to be performed.

  According to the electronic medical chart information display device of the present embodiment described above, the display contents of the electronic medical chart displayed on the time axis are displayed for the period based on the time set by the doctor who is the user, and the past history It is possible to specify movement to display of the selected period from a simple operation.

  In the above-described embodiment, the case where the electronic medical record information is displayed in the display range 520 in the timeline mode 502b of the COA mode 502 in FIG. 5 has been described. However, the present invention is not limited to this. It may be displayed.

  For example, the case where the electronic medical record information is displayed in the text mode 503a of the log mode 503 in FIG. 5 corresponding to the time machine information as calendar information will be described with reference to FIGS.

  First, the time machine information is displayed in the same manner as described above, and the electronic medical record information for a predetermined period including the date indicated by the pointer P indicating the position serving as the base point on the time scale is acquired from the electronic medical record information storage unit 32b. Then, the electronic medical chart information for display is generated in the text mode 503a of the log mode 503 in FIG.

  Here, the electronic medical record information in the text mode 503a is generated as text data 570 for each day as shown in FIG.

  Of the text data 570 that is electronic medical record information generated by the text mode 503a, the text data 570 indicated by the pointer P is used as the top of the text data 570. The chart information is displayed in the display range 520.

  In FIG. 13, the electronic medical record information for the period from February 15, 2001 to February 19, 2001 is displayed in the display range, with February 15, 2001, which is the date indicated by the pointer P, at the top. 520.

  When the time scale of any time unit in the time scale 510 or the pointer P is operated to move the date indicated by the pointer P back and forth, the electrons displayed in the display range 520 accordingly. The period of the chart information is also changed, and in FIG. 13, the electronic chart information before February 14, 2001 or after February 20, 2001, which is hidden without being displayed in the display range 520, is displayed. .

  Text data 570, which is electronic medical record information for a predetermined period including a period displayed in the display range 520 and a period hidden before and after the display period, is held in a memory when generated and is stored in a pointer. It may be displayed quickly when P is moved.

  Even in the electronic medical record information displayed as text data in this way, the time controller 60 of the above embodiment displays a period based on the time set by the doctor who is the user or a period selected from the past history. Movement to display etc. can be specified by a simple operation.

  In the present embodiment, the case where the time scale 510 is arranged and displayed so as to be operated in the horizontal direction has been described. However, the time scale 510 may be arranged so as to be rotated 90 degrees and operated in the vertical direction. .

  It is also possible to build a project information display program that causes the computer to function as an electronic medical record information display device by programming the functional configuration of the time controller of the electronic medical record information display device of the present embodiment into a computer. .

  In the present embodiment, the electronic medical record display device has been described as an example of the project information display device. You may apply when making it.

  In the present embodiment, the storage unit is provided in the electronic medical chart display device. However, the present invention is not limited to this. The storage unit is provided in another device such as a server connected to the electronic medical record display device via a network. You may do it.

  By configuring in this way, it is possible to cope with an enormous amount of information in the storage unit.

Claims (19)

Project information composed of calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed, and a pre-registered index A storage unit for storing a time mark as time information;
When the display period of the project information is specified, the calendar information of the specified display period is acquired from the storage unit to generate a plurality of time scales in different time units, and the generated plurality of time scales Corresponding to the time scale of the smallest time unit, the project information including the execution time information within the display period is acquired from the storage unit to generate display project information, and the time scale and the display A time machine information generating unit configured to generate time machine information configured by project information and a time mark management button for registering and displaying the time mark stored in the storage unit;
A display unit for displaying the time machine information generated by the time machine information generation unit;
When any time mark is selected from the time marks displayed by operating the time mark management button, a predetermined period based on the time information of the selected time mark is designated as the display period. A time machine information update control unit that controls the time machine information generation unit to update the time machine information;
A project information display device comprising: A storage unit that stores calendar information including date information, action information that is detailed information for each action executed in the project, and project information configured by execution time information in which this action information is executed;
When the display period of the project information is designated, the calendar information of the designated display period is acquired from the storage unit, and a plurality of time scales of different time units can be selected as Japanese calendar, Western calendar, age, or any The time is generated using any one of the time display types in the relative time from the start time, and corresponds to the time scale of the smallest time unit among the generated time scales, and the execution is performed within the display period. Project information including time information is acquired from the storage unit to generate display project information, and an operation for switching the time scale, the display project information, and the time display type used for generating the time scale is performed. A time machine information generating unit that generates time machine information configured by a time converter;
A display unit for displaying the time machine information generated by the time machine information generation unit;
When an operation to switch the time display type of the time scale is performed due to the operation of the displayed time converter, the time display type is set to Japanese calendar, Western calendar, age, or any start based on this operation A time machine information update control unit that controls the time machine information generation unit to switch the relative time from time to update the time machine information; and
A project information display device comprising: Project information composed of calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed, and a pre-registered index A storage unit for storing a time mark as time information;
When the display period of the project information is designated, the calendar information of the designated display period is acquired from the storage unit, and a plurality of time scales of different time units can be selected as Japanese calendar, Western calendar, age, or any The time is generated using any one of the time display types in the relative time from the start time, and corresponds to the time scale of the smallest time unit among the generated time scales, and the execution is performed within the display period. Project information including time information is acquired from the storage unit to generate display project information, and a time for registering and displaying the time scale, the display project information, and a time mark stored in the storage unit A time code for switching the mark management button and the time display type used to generate the time scale. A time machine information generating unit that generates time machine information constituted by the converter,
A display unit for displaying the time machine information generated by the time machine information generation unit;
When any time mark is selected from the time marks displayed by operating the time mark management button, a predetermined period based on the time information of the selected time mark is designated as the display period. Then, when the time machine information generation unit is controlled to update the time machine information, and an operation for switching the time display type of the time scale is performed by operating the displayed time converter. Based on this operation, the time machine information generation unit is controlled so as to update the time machine information by switching the time display type among the Japanese calendar, the Western calendar, the age, or a relative time from an arbitrary start time. A machine information update control unit;
A project information display device comprising: In the project information display device according to any one of claims 1 to 3,
A history stamp generator that generates time information corresponding to the time machine information before the update as a history stamp when the time machine information is updated in the time machine information generator by the control of the time machine information update controller; Have
The storage unit stores the history stamp,
The time machine information generated by the time machine information generation unit has a history stamp operation button group for selecting the history stamp,
The time machine information update control unit, when any history stamp is selected from the history stamps stored in the storage unit, a predetermined period based on the time information of the history stamp as the display period Specify and control the time machine information generation unit to update the time machine information,
Project information display device characterized by that. In the project information display device according to claim 4,
The history stamp button group includes a previous history movement button for returning to the previous history stamp in the history stamps stored in the storage unit, and a subsequent history movement button for moving to the next history. A history for selecting a history stamp used for movement by expanding a selection screen displaying a list of history stamps stored in the storage unit and a current feedback button for moving to a display based on the current time A project information display device comprising a list display button. In the project information display device according to claim 4 or 5,
The time machine information displayed on the display screen of the display unit is such that the time mark management button, the time converter, and the history stamp operation button group are displayed above the time scale and the display project information. A project information display device characterized by being generated. Project information composed of calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed, and a pre-registered index A storage step for storing a time mark as time information;
When the display period of the project information is specified, the calendar information of the specified display period is acquired from the project information stored in the storage step, and a plurality of time scales of different time units are generated and generated. A project for display obtained from the project information stored in the storing step corresponding to the time scale of the smallest time unit among the plurality of time scales obtained and including the execution time information within the display period Time machine information generation for generating information and generating time machine information including the time scale, the display project information, and a time mark management button for registering and displaying the time mark stored in the storing step Steps,
A display step for displaying the time machine information generated in the time machine information generation step;
The selected time mark is selected when any one of the time marks stored in the storing step is selected by operating the time mark management button and displaying the stored time mark. A time machine information update control step for controlling the time machine information to be updated by designating a predetermined period based on the time information of the mark as the display period;
A project information display method comprising: A storage step for storing calendar information including date information, action information that is detailed information for each action executed in the project, and project information configured by execution time information in which this action information is executed;
When the display period of the project information is designated, the calendar information of the designated display period is acquired from the project information stored in the storage step, and a plurality of time scales of different time units are converted into a Japanese calendar, Generated by using any time display type in the year, age, or relative time from any start time, and corresponding to the time scale of the smallest time unit among the generated multiple time scales, Project information including the execution time information within a display period is acquired from the project information stored in the storage step to generate display project information, and the time scale, the display project information, and the time scale are generated. With a time converter for switching the time display type used for And the time machine information generating step of generating a made a time machine information,
A display step for displaying the time machine information generated in the time machine information generation step;
When an operation to switch the time display type of the time scale is performed due to the operation of the displayed time converter, the time display type is set to Japanese calendar, Western calendar, age, or any start based on this operation A time machine information update control step for controlling to update the time machine information by switching in relative time from time;
A project information display method comprising: Project information composed of calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed, and a pre-registered index A storage step for storing a time mark as time information;
When the display period of the project information is designated, the calendar information of the designated display period is acquired from the project information stored in the storage step, and a plurality of time scales of different time units are converted into a Japanese calendar, Generated by using any time display type in the year, age, or relative time from any start time, and corresponding to the time scale of the smallest time unit among the generated multiple time scales, Project information including the execution time information within a display period is acquired from the project information stored in the storage step to generate display project information, and the time scale, the display project information, and the storage step are stored. Time mark management button for registering and displaying the time mark to be displayed A time machine information generating step of generating a time machine information constituted by the time the converter for performing an operation to switch the time display type used to generate Musukeru,
A display step for displaying the time machine information generated in the time machine information generation step;
The selected time mark is selected when one of the time marks stored in the storing step is selected by operating the time mark management button and displaying the stored time mark. A predetermined period based on the time information is designated as the display period, the time machine information is controlled to be updated, and the time display type of the time scale is determined by operating the displayed time converter. When a switching operation is performed, based on this operation, the time display type is switched between the Japanese calendar, the Western calendar, the age, or a relative time from an arbitrary start time, and the time machine information is updated. A time machine information update control step;
A project information display method comprising: In the project information display method according to any one of claims 7 to 9,
When the time machine information is updated by the control in the time machine information update control step, there is a history stamp generation step for generating time information corresponding to the time machine information before the update as a history stamp,
In the storing step, the history stamp is stored,
The time machine information generated in the time machine information generation step has a history stamp operation button group for selecting the history stamp,
In the time machine information update control step, when any history stamp is selected from the history stamps stored in the storage step, a predetermined period based on the time information of the history stamp is used as the display period. Specify and control to update the time machine information,
Project information display method characterized by the above. In the project information display method according to claim 10,
The history stamp button group includes a previous history movement button for returning to the previous history stamp in the history stamp stored in the storing step, and a subsequent history movement button for moving to the next history. A history list display for selecting a history stamp used for movement by expanding a selection screen displaying a list of history stamps stored in the storage step and a current feedback button for moving to a display based on the current time A project information display method comprising a button. In the project information display method according to claim 10 or 11,
The time machine information displayed in the display step is generated so that the time mark management button, the time converter, and the history stamp operation button group are displayed above the time scale and the project information for display. Project information display method characterized by the above. Project information display device
Project information composed of calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed, and a pre-registered index A storage function for storing time marks as time information;
When the display period of the project information is specified, the calendar information of the specified display period is acquired from the project information stored by the storage function to generate a plurality of time scales of different time units and A project for display that corresponds to the time scale of the smallest time unit among the plurality of time scales obtained and includes the project information including the execution time information within the display period from the project information stored by the storage function Time machine information generation that generates information and generates time machine information configured by the time scale management button for registering and displaying the time scale, the display project information, and the time mark stored by the storage function Function and
A display function for displaying the time machine information generated by the time machine information generation function;
The selected time mark is selected when any one of the time marks stored in the storage function is selected by operating the time mark management button and displaying the stored time mark. A time machine information update control function for controlling the time machine information to be updated by specifying a predetermined period based on the time information of the mark as the display period;
Project information display program to execute. Project information display device
A storage function that stores calendar information including date information, action information that is detailed information for each action executed in the project, and project information configured by execution time information in which the action information is executed;
When a display period of the project information is specified, calendar information of the specified display period is acquired from the project information stored by the storage function, and a plurality of time scales of different time units are converted into a Japanese calendar, Generated by using any time display type in the year, age, or relative time from any start time, and corresponding to the time scale of the smallest time unit among the generated multiple time scales, Project information including the execution time information within a display period is acquired from the project information stored by the storage function to generate display project information, and the time scale, the display project information, and the time scale are generated. And a time converter for switching the time display type used for And the time machine information generating function for generating a time machine information,
A display function for displaying the time machine information generated by the time machine information generation function;
When an operation to switch the time display type of the time scale is performed due to the operation of the displayed time converter, the time display type is set to Japanese calendar, Western calendar, age, or any start based on this operation A time machine information update control function for controlling to update the time machine information by switching in relative time from time;
Project information display program to execute. Project information display device
Project information composed of calendar information including date information, action information that is detailed information for each action executed in the project, and execution time information in which this action information is executed, and a pre-registered index A storage function for storing time marks as time information;
When a display period of the project information is specified, calendar information of the specified display period is acquired from the project information stored by the storage function, and a plurality of time scales of different time units are converted into a Japanese calendar, Generated by using any time display type in the year, age, or relative time from any start time, and corresponding to the time scale of the smallest time unit among the generated multiple time scales, Project information including the execution time information within a display period is acquired from the project information stored by the storage function to generate display project information, and is stored by the time scale, the display project information, and the storage function. Time mark management button for registering and displaying the time mark to be displayed and the time scale And time machine information generating function for generating a time converter and time machine information constituted by for an operation of switching the time display type to be used for generating,
A display function for displaying the time machine information generated by the time machine information generation function;
The selected time mark is selected when any one of the time marks stored by the storage function is selected by operating the time mark management button and displaying the stored time mark. A predetermined period based on the time information is designated as the display period, the time machine information is controlled to be updated, and the time display type of the time scale is determined by operating the displayed time converter. When the switching operation is performed, based on this operation, the time display type used for generating the time scale is switched between Japanese calendar, Western calendar, age, or relative time from any start time, and the time machine information Time machine information update control function to control to update,
Project information display program to execute. In the project information display program according to any one of claims 13 to 15,
When the time machine information is updated by the control in the time machine information update control function, it has a history stamp generation function for generating time information corresponding to the time machine information before the update as a history stamp,
In the storage function, the history stamp is stored,
The time machine information generated by the time machine information generation function has a history stamp operation button group for selecting the history stamp,
In the time machine information update control function, when any history stamp is selected from the history stamps stored in the storage function, a predetermined period based on the time information of the history stamp is set as the display period. Specify and control to update the time machine information,
Project information display program characterized by that. In the project information display program according to claim 16,
The history stamp button group includes a previous history movement button for returning to the previous history stamp in the history stamp stored by the storage function, and a subsequent history movement button for moving to the next history. A history list display for selecting a history stamp used for movement by expanding a selection screen displaying a list of history stamps stored by the storage function and a current feedback button for moving to a display based on the current time A project information display program characterized by having a button. The project information display program according to claim 16 or 17,
The time machine information displayed by the display function is generated so that the time mark management button, the time converter, and the history stamp operation button group are displayed above the time scale and the project information for display. Project information display program characterized by that. Electronic medical record information composed of calendar information including date information, action information which is detailed information for each action executed in the medical field, and execution time information on which this action information is executed, and a pre-registered index A storage unit for storing a time mark that is time information to be
When a display period of the electronic medical record information is specified, calendar information of the specified display period is acquired from the storage unit, and a plurality of time scales of different time units are set as Japanese calendar, Western calendar, age, or It generates using any time display type in relative time from any start time, and corresponds to the time scale of the smallest time unit among the plurality of generated time scales, and within the display period Electronic medical record information including execution time information is acquired from the storage unit to generate display electronic medical record information, and the time scale, the display electronic medical record information, and the time mark stored in the storage unit are registered and displayed. Button for performing time mark management and a time converter for performing an operation of switching a time display type used for generating the time scale A time machine information generating unit that generates time machine information constituted by,
A display unit for displaying the time machine information generated by the time machine information generation unit;
When any time mark is selected from the time marks displayed by operating the time mark management button, a predetermined period based on the time information of the selected time mark is designated as the display period. Then, when the time machine information generation unit is controlled to update the time machine information, and an operation for switching the time display type of the time scale is performed by operating the displayed time converter. Based on this operation, the time machine information generation unit is controlled to update the time machine information by switching the time display type in the relative time from the Japanese calendar, the Western calendar, the age, or an arbitrary start time, In the time machine information generation unit, the time mark is selected by selecting the time mark or operating the time converter. When the history stamp stored as the time information corresponding to the time machine information before the update is selected when the time information is updated, a predetermined period based on the time information of this history stamp is designated as the display period A time machine information update control unit for controlling to update the time machine information;
An electronic medical chart information display device comprising:

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