JP5106352B2 - Project management information generation device, project management information generation program, and electronic medical record information generation device - Google Patents

Description

The present invention relates to a project management information generation device, a project management information generation program , and an electronic medical record information generation device for generating project management information used for project management in various fields.

  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, it is possible to make it easier to view the progress and plan of treatment by using a tool that summarizes medical information called a clinical path in a schedule table as shown in Patent Document 1. Become.

In addition, by using the technology described in Patent Document 2 or Patent Document 3, the schedule of various information about the patient can be understood at a glance, and information can be shared with the medical staff involved in treatment, Input can be performed, and based on these, the treatment plan can be changed as appropriate.
JP 2003-108661 A Japanese Patent No. 2706645 Japanese Patent No. 2815346

  However, in the electronic medical record using the techniques of these Patent Documents 1 to 3, the schedule is only text-inputted along the time axis, and the medical treatment contents such as the measured value by examination, the change in the dosage of the medicine, the treatment period, etc. It was not possible to visually grasp the quantity and the time span related to.

Therefore, an object of the present invention is to provide a project management information generating apparatus and project management capable of generating display information so that the contents of project management information input for project management can be easily grasped visually. An information generation program and an electronic medical record information generation apparatus are provided.

To achieve the above object, a project management information generating apparatus according to the present invention generates project management information for generating project management information for managing action information related to actions executed in a project on a plurality of time axis information. In the apparatus, scale information of display time width for each time axis information and setting information including cycle information for displaying the action information in units of a predetermined time width cycle at a plurality of positions on the time axis information are stored. Information storage means; time axis information acquired from the time axis information obtained from the information stored in the information storage means; and a time axis display means for displaying the display time width of the corresponding scale information. When a click operation indicating the execution time of the action information is executed, the action is executed at the corresponding position on the time axis information. Mark having a height indicating mark having a height indicating the results of numerical or level of action involving observation of definitive to the time, the numeric value or level obtained previously fixed duration corresponding with the execution of the action, the mark has a width indicating a time corresponding to the execution of the action, or, the width indicating the time corresponding to the execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action Project management information generating means for generating display screen information for displaying a mark having the display mark as the action information based on the cycle information.

In addition, the project management information generation program of the present invention provides a project management information generation apparatus for generating project management information for managing action information related to actions executed in a project on a plurality of time axis information. Information storage function for storing setting information including scale information of display time width for each information and cycle information for displaying the action information in units of a predetermined time width cycle at a plurality of positions on the time axis information; A time axis display function for displaying time axis information acquired from the information stored by the information storage function in a display time width of the corresponding scale information, and a point in time when the action information is executed on the displayed time axis information a click operation indicating is performed in the appropriate position on the time axis information, contact to the time the execution of the action That marks having a height indicating the results of numerical or level of action involving observation, marks having a height indicating the numeric value or level obtained previously fixed duration corresponding with the execution of the action, the execution of the action mark has a width indicating a time corresponding to, or, a mark having a width indicating a time corresponding to execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action And a project management information generating function for generating display screen information to be displayed as the action information based on the cycle information.

The electronic medical record information generating apparatus of the present invention generates electronic medical record information for managing medical practice information, which is information set for each medical practice on a plurality of time axis information. , The setting information including the scale information of the display time width for each time axis information and the cycle information for displaying the medical practice information in a predetermined time width cycle as a unit at a plurality of positions on the time axis information is stored. Information storage means; time axis information acquired from the time axis information obtained from the information stored in the information storage means; and a time axis display means for displaying the display time width of the corresponding scale information. a click operation indicating execution time of the medical practice information is executed, the appropriate position on the time axis information, actions involving observation of definitive to the time the execution of the action Mark having a height indicating the result of the numerical value or level, marks having a height indicating the numeric value or level obtained previously fixed duration corresponding with the execution of the action, indicating the time corresponding to execution of the action mark has a width or a mark having a width indicating a time corresponding to execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action, on the basis of the cycle information And electronic medical record information generating means for generating display screen information to be displayed as the action information .

Therefore, according to the project management information generating device, the project management information generating program , and the electronic medical record information generating device of the present invention, the contents of the project management information input for performing the project management can be easily grasped visually. Display information can be generated as possible.

<Basic concept>
In an electronic medical record management system that uses an electronic medical record information display device as an electronic medical record information generation device according to an embodiment of the present invention, various types of medical practices 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 information is held as a COA of some medical action (act).

<Configuration of Electronic Medical Record Management System as One Embodiment>
The configuration of the electronic medical record management system 1 in the present embodiment will be described with reference to FIG.

  The electronic medical record management system 1 in the present embodiment is configured by connecting an electronic medical record management center device 10 as a project management center device and a plurality of electronic medical record information display devices 20 via a network 30.

[Electronic medical record management center device 10]
The electronic medical record management center device 10 communicates via a network 30 with a COA information storage device 11 as action information storage means, an electronic medical record recording device 12 as project recording means, and an external electronic medical record information display device 20. The communication unit 13, the communication unit 14, the processing unit 15 that acquires data from the COA information storage device 11, and the processing unit 16 that performs processing for acquiring data from the electronic medical record recording device 12 and processing for recording in the electronic medical record recording device 12. And have.

  The COA information storage device 11 stores COAs relating to various acts inputted in advance.

  The electronic medical record recorder 12 records data generated as an electronic medical record using the COA.

  The processing unit 15 reads data from the COA information storage device 11 and outputs the data to the electronic medical record information display device 20 via the communication unit 14.

  The processing unit 16 reads data from the electronic medical record recording device 12 and outputs the data to the electronic medical record information display device 20 via the communication unit 14. In addition, the electronic medical record data acquired from the electronic medical record information display device 20 via the communication unit 14 is recorded in the electronic medical record recording device 12.

-Configuration of COA-
Information constituting each COA stored in the COA information storage device 11 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, and the linkage act characteristic 121 is related to each other including subordinate / exclusive actions applied by being linked with other COAs. Information such as the content of the action, application time, application range, etc. is stored based on the time axis information, and the linkage act logic 122 stores the logical sum, logic when linking with other COAs based on the information of the linkage act characteristic 121. Stores conditional expressions such as products, logic flows, and the like.

(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.

[Electronic medical record information display device 20]
The electronic medical record information display device 20 is used by a doctor, and an input device 21 operated by the user, a storage device 22 for storing an application for using the electronic medical record management system, creation, update, etc. of the electronic medical record A processing unit 23 that performs the above processing, a communication unit 24 that communicates with the electronic medical record management center apparatus 10 via a network, a display device 25 that displays information being operated, and a temporary storage that temporarily stores information. Device 26.

  The input device 21 is, for example, a mouse or a keyboard.

  The storage device 22 is constituted by a ROM, for example.

  The processing unit 23 acquires information recorded in the COA information storage device 11 or the electronic medical record recording device 12 of the electronic medical record management center device 10 via the communication unit 24 and also acquires an operation instruction from the input device 21. In addition to performing calculation processing such as detection of a related COA and calculation of a prescription amount, information to be displayed on the display device 25 is edited.

  The display device 25 is, for example, a monitor connected to a personal computer incorporating the functions of the storage device 22, the processing unit 23, the communication unit 24, and the temporary storage device 26.

  The temporary storage device 26 temporarily stores information acquired from the electronic medical record management center device 10 and information processed by the processing unit 23, and enables use of the electronic medical record within a limited range even in an environment where the network cannot be used. Is.

<Operation of Electronic Medical Record Management System as One Embodiment>
Hereinafter, the operation of the electronic medical record management system 1 as an embodiment will be described in detail with reference to FIG. 4 using a specific example.

  First, when the electronic medical record information display device 20 is activated by a doctor who is a user, an application of the electronic medical record management system stored in the storage device 22 is acquired and activated in the processing unit 23 (S1).

  Next, when an instruction to create an electronic medical record is input from the input device 21 to the processing unit 23 by a doctor's operation, an electronic medical record creation screen is displayed on the display device 25 according to the instruction from the processing unit 23 (S2).

  In this electronic medical record creation screen, personal information relating to a patient for whom a treatment plan is to be made is first input from the input device 21, and the electronic medical record creation screen of the display device 25 is updated according to an instruction from the processing unit 23 (S3).

  Next, treatment information such as a treatment plan and medical progress for this patient is input from the input device 21, and an electronic medical record creation screen of the display device 25 is further updated according to an instruction from the processing unit 23.

  In the input of treatment information on the electronic medical record creation screen, first, the title COA that manages the time axis for inputting treatment information is acquired, displayed, displayed, and executed (or the result of the executed action). An action COA for displaying information is further acquired, developed and displayed on this time axis (S4, S5).

  Each title COA stores information for controlling the display of the action COA, for example, information such as a time axis scale.

  Also, each action COA stores in advance information on any one of the following modes (0) to (4) used for display, and on the time axis according to instructions from the processing unit 23 according to this information. The display is expanded.

  A mode when the action COA is displayed will be described.

(0) Symbolic Mode The symbolic mode is an action COA indicating a state such as a result of an action including observation at a certain time, a symbol 51 indicating a position on the time axis and text A ′, A, or B as shown in FIG. Is the mode to display.

  In this mode, the displayed symbol 51 only indicates the position on the time axis, and the text A ′, A, or B indicates the classification or status of the state that is the content of the COA. In this text A'A or B, contents that cannot be expressed numerically are displayed as characters, and contents that are easier to understand when displayed numerically are displayed as numerical values. In addition, when it is easier to understand by displaying an image such as a figure or a photograph, it may be displayed using these.

  Further, in this symbolic mode, as shown in FIG. 6, text display is not performed, and the position on the time axis where the action COA exists is indicated by a symbol (a mark having a height set regardless of the content of the COA). Only the presence / absence of the action COA may be displayed.

  The symbolic mode can coexist with the following other modes (1) to (3) because of its nature. Especially when displaying numerical values and statuses in text, other modes such as C in FIG. Can be displayed together with the COA 52.

(1) Value mode In the value mode, a numerical value and a level such as an action result including observation at a certain time point are constituted by a COA 61 at a corresponding position on the time axis as shown in FIG. 7 (a) a bar graph or a COA 62 (B) is a mode represented by height by marking with a line graph or the like.

  In this mode, the displayed COAs 61 and 62 are not meaningful as time widths, but are meaningful only in the height indicating the amount (numerical value, level) at the corresponding time point.

  In FIG. 7, a zero value mark 63 is displayed on the time axis when the observed result is “0” (zero), which is distinguished from the time of the non-observation state where the observation is not performed.

(2) Status mode In the status mode, COA indicating treatment at a certain point in time, execution of image inspection, diagnosis name, etc. is indicated by a rectangular mark at a corresponding position on the time axis as shown in FIG. This mode is expressed in width.

  In this mode, the height of each displayed COA 71 has no meaning and indicates only the presence or absence, only the time width indicating the period on the corresponding time axis has meaning, and is displayed in the time axis direction. The period can be manipulated by extending or shortening the COA.

  In FIG. 8, a dotted underline 72 indicating the absence state is displayed on the time axis of the period in which the observed result is “0” (zero), as shown in FIG. It is distinguished from the non-observation state (c) where nothing is displayed.

(3) Integration mode In the integration mode, as shown in FIGS. 9 (a) to 9 (c), the COA 81 indicating the numerical value and level of the internal medicine and the level of the internal medicine is a basic unit of a time width cycle that is a fixed period. This mode is represented by a rectangular mark or the like at a corresponding position on the time axis.

  In this mode, each displayed COA 81 has a fixed time width, so it has no meaning for a time width shorter than the divided time width, and indicates the amount (total dosage, etc.) in the fixed time width. Only the height varies. The display may be a bar graph or a line graph, but may be displayed so that a predetermined period can be shown for each COA.

  FIG. 9 shows an example in which the fixed time cycle is (a) in units of days, (b) in units of 2 days, and (c) in units of 3 days.

(4) Differential mode In the differential mode, as shown in FIGS. 10 (a) to 10 (d), the administration time width and administration speed of injections with a time width starting with infusion, anesthetic gas administration, oxygen inhalation, and the like are shown in FIGS. This mode is represented by a rectangular mark at the corresponding position on the time axis.

  In this mode, the width of each displayed COA 91-94 indicates the administration time, and the height indicates the administration rate (dose per unit time).

  In this differential mode, when the total dose is determined in advance, the area of the COA is equal to (administration time width × dose rate), and the value is fixed. For example, the COA 91 of (a) where the total dose is determined When the speed is decreased, the time width is automatically extended as shown by the COA 92 in FIG.

  Further, in this differentiation mode, the total dose is not determined in advance, and the area of COA is not fixed when administered from an infinite resource. For example, the time of COA 91 in which the total dose is not determined (a) In the case of extending the time, the operation is performed to extend the width, so that only the time width is extended without changing the speed as indicated by the COA 93 in (c). In addition, when the speed of the COA 91 in (a) where the total dose is not determined is decreased, the time width is not changed as shown in the COA 94 in (d) by operating to reduce the height. Only the height indicating the speed is lowered.

  The above-mentioned title COA has a maximum value, a minimum value, an average value, and an upper limit value that can be displayed in (1) value mode or (3) integration mode among these modes. , Lower limit value, SE value (standard error), SD value (standard deviation), percentile, etc. are also stored as reference values. Thus, it is possible to understand at a glance whether the observation result, the amount of administered drug, etc. are normal or abnormal.

  In the title COA, reference value information is stored in a table structure or a calculation formula. In the case of a table structure, a reference value preset for each calendar, number of times, age, etc. is stored in a table format. In the case of a calculation formula, a calculation formula for calculating the reference value is stored in advance. Calculation results such as the calculated calendar, frequency, and age are stored as reference values.

  The display of the reference value will be described with reference to FIGS.

  FIG. 11A is a graph of the action COA displayed in the value mode or the integration mode, and FIG. 11B is stored in the title COA managing the time axis on which the action COA of (a) is displayed. (C) is a graph of the average value stored in the title COA managing the time axis on which the action COA of (a) is displayed, and (d) is a graph of (a) ) Is a lower limit value graph stored in the title COA managing the time axis on which the action COA is displayed.

  Thus, each title COA can have a plurality of reference values as a set, and these can be displayed in a superimposed manner.

  FIG. 12A is a diagram illustrating a state in which FIGS. 11A to 11D are superimposed and displayed, and FIG. 12B is a diagram in which this is further enlarged in the vertical direction. FIG.

  Each title COA is displayed in a line graph of the upper limit value when a plurality of reference values are superimposed and displayed, for example, when the upper limit value and the lower limit value are superimposed and displayed as a line graph as shown in FIG. Information for emphasizing the range between the displayed line and the line indicated by the line graph of the lower limit value as a normal value range, for example, information for displaying a color, a pattern, or the like. By emphasizing the range between the two reference ranges in this way, the user can see at a glance whether the input value of the action COA is within the normal value range or an abnormal value deviating from the normal value range. Can be judged.

  Further, each title COA may have information for expressing the relationship with the reference value by color, shape, or character as a display condition when the action COA is displayed together with the reference value. For example, the action COA having a value exceeding the normal value range described above may be displayed in red, blinking, or displaying a text character to call attention so that the user can easily recognize it. it can.

  In addition, the action COA developed on the time axis can be displayed on the time axis managed by another title COA.

  FIGS. 13A to 13D are graphs showing actions COA (1) to (4) on the time axis displayed by different titles COA.

  As described above, the graphs indicating the plurality of actions COA displayed by the different titles COA can be displayed in an overlapping manner.

  FIG. 14A is a diagram showing a state in which FIGS. 13A to 13D are superimposed and displayed, and FIG. 14B is a diagram in which these are further enlarged in the vertical direction. FIG.

  By displaying a plurality of different action COAs in a superimposed manner, it is possible to display changes in systolic blood pressure and changes in diastolic blood pressure at the same time, and the user can easily visually compare the action COAs. In addition, the space on the display screen can be used effectively.

  The above modes (0) to (4) are obtained by selecting a desired mode from a mode selection menu displayed by right-clicking the display of the corresponding title COA or a mode selection palette displayed as a separate screen. It can be set and changed.

  Furthermore, each title COA has, for example, the status of the action COA (distinguishes the plan, instruction, instruction reception, implementation, etc.) as attribute information of the action COA in addition to the information on the modes (0) to (4). Clicking on the time axis, information indicating whether or not to match the start point and end point to the nearest frame of the time scale indicating the time information, as the operation when the range specifying operation is performed on the time axis When the action is performed, information indicating whether the action COA is deployed only at the corresponding position or at a plurality of positions in a preset cycle, the start / end time when deployed at the plurality of positions, Information such as cycle (eg morning, noon, night, specified time, etc.) and cycle of units exceeding one day (every day, every other day, every Monday), etc. Good.

  These pieces of attribute information are displayed in a TIP manner as shown in FIG. 15 when the cursor is placed on the corresponding title COA by operating the mouse or the like. In FIG. 15, as the attribute information of the title COA of the title name “AA medicine”, the status is designated as “instruction”, and when the range is designated, it is designated that the start time point and the end time point are matched with the latest frame of the time scale, At the time of clicking, it is specified that only 1 COA is created at the corresponding time, and this information shows a state where TIP is displayed.

  If the range is selected as indicated by the dotted line in FIG. 16 (a) in order to input the action COA on the time axis corresponding to the title COA in a state where the title COA has attribute information, it is stored. In accordance with the attribute information, for example, the start time point and the end time point are aligned with the frame of the time scale, and the action COA is input as shown in FIG. When the position indicated by the arrow in FIG. 17A is clicked, only 1 COA is input at the position as shown in, for example, 16B according to the stored attribute information. At this time, when a range on the time axis corresponding to a plurality of titles COA is selected as shown by the dotted lines in FIG. 18A, the attribute information stored in the title COA corresponding to each time axis is selected. The action COA is input as shown in FIG.

  The attribute information can be displayed by operating it on a separate screen, or by selecting a new attribute COA from a pallet screen in which the attribute content preset for each prescription is stored as the attribute COA. It is possible to change.

  Further, when inputting the action COA on the time axis, it is also possible to use a current time adsorption mode in which all of the input actions COA are input at the current time position. This current time adsorption mode is set by turning the cursor on the current time indicated by the time scale for displaying time information and displaying the current time axis line on the screen, and this current time adsorption mode is set. When the action COA is input and operated in the state, all the operated actions COA are input at the position of the current time.

  As described above, when COA is input on the electronic medical record creation screen, the relationship between the input COA and the already input COA is checked based on the self-act logic and linkage act logic of the input COA and updated as necessary. After (S6), it is stored in the storage device 22, and is also stored in the COA information storage device 11 via the network 30, the communication unit 13, and the processing unit 15 (S7).

  According to the electronic medical chart display device of the present embodiment as described above, desired treatment information can be input and changed in the electronic medical chart by a simple operation and displayed, and the inputted medical treatment contents can be visually grasped. You can display as you can.

  In the present embodiment, the electronic medical record display apparatus has been described as an example of the project management information generation apparatus, but the present invention is not limited to this, and other project management information, for example, project management information for managing the manufacturing process in a factory, etc. You may apply when displaying.

  Moreover, it is also possible to construct an electronic medical record information display program for causing the computer to function as an electronic medical record display device by programming the functional configuration of the processing unit of the electronic medical record information display device according to the present embodiment into a computer. .

It is a block diagram which shows the structure of the electronic medical chart management system using the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is explanatory drawing which shows the structure of COA utilized with the electronic medical chart information display apparatus as an electronic medical chart information generation 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 information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is a flowchart which shows operation | movement of the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is a display figure which shows an example of COA displayed on a time-axis in symbolic mode in the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is a display figure which shows another example of COA displayed on a time-axis in symbolic mode in the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is a display figure which shows an example of COA displayed on a time-axis in value mode in the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is a display figure which shows an example of COA displayed on a time axis in status mode in the electronic medical record information display apparatus as an electronic medical record information generation apparatus by one Embodiment of this invention. It is a display figure which shows an example of COA displayed on a time-axis in the integration mode in the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. It is a display figure which shows an example of COA displayed on a time-axis in a differential mode in the electronic medical chart information display apparatus as an electronic medical chart information generation apparatus by one Embodiment of this invention. (A) Action COA, (b) Upper limit value, (c) Average value, (d) Lower limit displayed on the time axis in the electronic medical record information display device as an electronic medical record information generation device according to an embodiment of the present invention It is a display figure which shows an example of a value. FIG. 11A is a display diagram showing a state where FIGS. 11A to 11D are overlaid on the time axis in the electronic medical record information display device as the electronic medical record information generation device according to the embodiment of the present invention. (B) is an enlarged view of (a). (A) Act COA (1), (b) Act COA (2), (c) Act displayed on the time axis in the electronic chart information display device as the electronic chart information generating device according to one embodiment of the present invention It is a display figure which shows an example of COA (3), (d) action COA (4). FIG. 13A is a display diagram showing a state in which FIGS. 13A to 13D are superimposed on the time axis in the electronic medical record information display device as the electronic medical record information generation device according to the embodiment of the present invention. (B) is an enlarged view of (a). It is a screen block diagram which shows the state by which the attribute information which the title COA specified in the electronic medical record information display apparatus as an electronic medical record information generation apparatus by one Embodiment of this invention has was displayed. In an electronic medical record information display device as an electronic medical record information generation device according to an embodiment of the present invention, (a) a state when a range on the time axis is selected, (b) an action COA is input to the selected range It is a screen block diagram which shows the state at the time. In an electronic medical record information display device as an electronic medical record information generation device according to an embodiment of the present invention, (a) a state when a position on the time axis is selected, and (b) an action COA is input at the selected position. It is a screen block diagram which shows the state at the time. In an electronic medical record information display device as an electronic medical record information generation device according to an embodiment of the present invention, (a) a state when a plurality of time ranges are selected, and (b) a plurality of selected ranges on a time axis. It is a screen block diagram which shows a state when action COA is input into.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Electronic medical record management system 10 ... Electronic medical record management center apparatus 11 ... COA information storage device 12 ... Electronic medical record recording apparatus 13 ... Communication part 14 ... Communication part 15 ... Processing part 16 ... Processing part 20 ... Electronic medical record information display apparatus 21 ... Input device 22 ... Storage device 23 ... Processing unit 24 ... Communication unit 25 ... Display device 26 ... Temporary storage device 30 ... Network 51 ... Symbol 52, 61, 62, 73, 81, 91-94 ... COA
72: Underline of dotted line indicating absence state 63: Zero value mark 100: Act information layer 110 ... Self-act information 111 ... Self-act characteristic 112 ... Self-act logic 120 ... Linkage act information 121 ... Linkage act characteristic 122 ... Linkage act logic 200 ... act action layer 300 ... output layer 400 ... management layer

Claims (7)

In a project management information generation device that generates project management information for managing action information related to actions executed in a project on a plurality of time axis information,
Information storage means for storing scale information of display time width for each time axis information and setting information including cycle information for displaying the action information in units of a predetermined time width cycle at a plurality of positions on the time axis information When,
Time axis display means for displaying the time axis information acquired from the information stored in the information storage means in the display time width of the corresponding scale information;
A click operation indicating execution time of the action information on the display time axis information is executed, the appropriate position on the time axis information, actions involving observation of definitive to the time the execution of the action mark having a height indicating the result of the numerical value or level, marks having a height indicating the numeric value or level obtained previously fixed duration corresponding with the execution of the action, indicating the time corresponding to execution of the action mark has a width or a mark having a width indicating a time corresponding to execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action, on the basis of the cycle information Project management information generating means for generating display screen information to be displayed as the action information
A project management information generating apparatus comprising: The information storage means stores at least one of a maximum value, a minimum value, an average value, an upper limit value, a lower limit value, a standard error value, a standard deviation value, and a percentile value related to the action information as a reference value,
In the project management information generating means,
Height indicating the numeric value or level obtained previously fixed duration corresponding with the execution of the mark having a height indicating the result of the numerical value or level, such acts actions involving observation of definitive to the time the execution of the action Or the mark having a height indicating the numerical value or level per unit time obtained by the execution of the action and a width indicating the time corresponding to the execution of the action. 2. The project management information according to claim 1, wherein when generating, the display screen information is generated so that at least one of the stored reference values is displayed on the time axis information. Generator. The information storage means further stores linkage information including application time information for correlating with other action information for each of the action information,
In the project management information generating means, when a click operation indicating the execution time of the action information is executed on the time axis information, the action information of the mark already displayed based on the linkage information of the action information check the relationship, project management information generating apparatus according to claim 1 or 2, characterized in that updating the display screen information based on the check information. Project management information generation device for generating project management information for managing action information related to actions executed in a project on a plurality of time axis information,
Information storage function for storing scale information of display time width for each time axis information and setting information including cycle information for displaying the action information in units of a predetermined time width cycle at a plurality of positions on the time axis information When,
A time axis display function for displaying the time axis information acquired from the information stored by the information storage function in the display time width of the corresponding scale information;
A click operation indicating execution time of the action information on the display time axis information is executed, the appropriate position on the time axis information, actions involving observation of definitive to the time the execution of the action mark having a height indicating the result of the numerical value or level, marks having a height indicating the numeric value or level obtained previously fixed duration corresponding with the execution of the action, indicating the time corresponding to execution of the action mark has a width or a mark having a width indicating a time corresponding to execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action, on the basis of the cycle information A project management information generation function for generating display screen information to be displayed as the action information
Project management information generation program to execute. In the information storage function, at least one of a maximum value, a minimum value, an average value, an upper limit value, a lower limit value, a standard error value, a standard deviation value, and a percentile value related to the action information is stored as a reference value,
Wherein in the project management information generating function, resulting in the mark having a height indicating the results of numerical or level of action involving observation of definitive to the time by the execution of the action, previously fixed duration corresponding with the execution of such act marks having a width indicative of the numeric value or mark having a height indicating the level or the time corresponding to the execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action The display screen information is generated so that at least one of the stored reference values is displayed on the time axis information when the display screen information is generated using the display. Item 5. The project management information generation program according to Item 4. The information storage function further stores linkage information including application time information for correlating with other action information for each of the action information,
In the project management information generation function, when a click operation indicating the execution time point of the action information is executed on the time axis information, the action information of the mark already displayed based on the linkage information of the action information relationship was observed. the project management information generation program according to claim 4 or 5, characterized in that updating the display screen information based on the check information. In the electronic medical record information generating device for generating electronic medical record information for managing medical practice information that is information set for each medical practice on a plurality of time axis information,
Information storage for storing setting information including scale information of display time width for each time axis information and cycle information for displaying the medical practice information in a plurality of positions on the time axis information in units of a predetermined time width cycle Means,
Time axis display means for displaying the time axis information acquired from the information stored in the information storage means in the display time width of the corresponding scale information;
A click operation indicating execution time of the medical practice information on the display time axis information is executed, the appropriate position on the time axis information, actions involving observation of definitive to the time the execution of the action mark having a high shows the results of the numerical value or level of a mark having a height indicating the numeric value or level obtained previously fixed duration corresponding with the execution of the action, the time corresponding to execution of the action mark has a width shown, or, a mark having a width indicating a time corresponding to execution of the action and has a height that indicates the numeric value or level per unit time obtained in which the execution of the action, the cycle information An electronic medical record information generating means for generating display screen information to be displayed as the action information based on;
An electronic medical record information generating apparatus comprising:

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