JP4758927B2 - Electronic medical record operation guidance program, electronic medical record operation guidance method, and electronic medical record operation guidance device - Google Patents

Description

  The present invention relates to a program for guiding the operation of an electronic medical record, a device for guiding the operation of the electronic medical record, and a method for guiding the operation of the electronic medical record.

In recent years, IT has been promoted in the medical field by the government's e-Japan plan, one of which is the spread of electronic medical records, which are medical records created and stored electronically. Nowadays, with the spread of electronic medical records, there is a growing need for simplifying and smoothing the operation of electronic medical records. For example, in Patent Document 1, when editing an electronic medical record that has already been saved, if a disease name candidate is called by inputting a disease name and a disease name candidate is specified, it is made to correspond to the specified disease name candidate. The technology which makes the input work of the electronic medical record smooth by the input tool for inputting the medical information that has been started automatically is disclosed.
JP 2006-139389 A

  In the technique of Patent Literature 1, it is necessary to register in advance information for managing a combination of a disease name and an input tool. However, these combinations are not necessarily associated one-to-one, and it is difficult to register all combinations. For this reason, there has been a demand for a technique for assisting in starting up an input tool that can support a combination of one disease name and a plurality of input tools.

The present invention provides a program for guiding the operation of the electronic medical record, a device for guiding the operation of the electronic medical record, and a method for guiding the operation of the electronic medical record.
The program for guiding the operation of the electronic medical record of the present invention can be executed by a computer, and a specific disease name is input to the electronic medical record, so that the electronic medical record executed in the past according to the specific disease name Referring to the input tool startup order table that includes the input tool name of the input tool for entering information and the frequency of starting the input tool, start multiple input tools with the highest frequency among the referenced input tool names, When an input to any one of the activated input tools is received, the computer is caused to execute a process of terminating the input tool that has not received the input.

  An apparatus for guiding the operation of an electronic medical record according to the present invention is an input tool for inputting information to an electronic medical record executed in the past according to a specific disease name when a specific disease name is input to the electronic medical record. Input tool activation order table reference section that references the input tool activation order table including the input tool name and the frequency at which the input tool was activated, and input that activates multiple input tools that are frequently used in the referenced input tool names A tool activation unit; and an input tool ending unit that terminates an input tool that has not received an input when an input to any one of the activated input tools is received. To do.

The method for guiding the operation of the electronic medical record according to the present invention is an input tool for inputting information to an electronic medical record executed in the past according to a specific disease name when a specific disease name is input to the electronic medical record. Input tool activation order table reference step that refers to the input tool activation order table that includes the input tool name and the frequency at which the input tool was activated, and input that activates multiple input tools that are frequent among the referenced input tool names A tool start step, and an input tool end step for ending an input tool that has not received an input when an input to any of the input tools among a plurality of input tools started in the input tool start step is received. It is characterized by that.

  According to the present invention, even if a plurality of input tools correspond to one disease name, a plurality of input tools are activated, and an input tool that is not selected by the user among the plurality of activated input tools. The electronic medical chart can be smoothly operated by being configured to be automatically closed.

In addition, early learning of electronic medical chart operation can be realized for beginners who handle electronic medical charts.
Furthermore, since the beginner who performs the medical procedure can know the priority of the medical procedure selected by the expert who performs the medical procedure, it can also serve as an aid in the selection of the medical procedure.

Embodiments of the present invention will be described below with reference to the drawings.
[Embodiment 1]
First, the outline | summary which guides operation of the electronic medical record in 1st Embodiment is demonstrated with reference to FIG. 1A to FIG. 1L.

  FIG. 1A shows a login screen 1 when logging into the electronic medical record system. The user can connect to the electronic medical record system by inputting the user ID 2 and the user password 3 on the login screen 1. In the present embodiment, it is assumed that a doctor Taro who is a user with a user ID 123456 uses the electronic medical record system.

Next, a patient selection screen 4 is launched to select a patient on the electronic medical record system.
FIG. 1B shows a patient selection screen 4 in the electronic medical chart system. On this patient selection screen 4, a patient information list 6 which is a table of patient IDs and patient names is displayed. A patient is selected from this patient information list 6. Examples of a method for selecting a patient include a method for inputting a patient ID 5 and a method for clicking a patient information list 6 with a mouse. In this embodiment, it is assumed that patient Taro is selected by inputting 00001 to patient ID5.

  Next, when a patient is selected on the patient selection screen 4, a patient personal information screen 7 for displaying information such as the medical history of the individual patient is launched. Here, by using an icon or the like for setting the disease name setting, the disease name setting screen 8 is launched, and the diagnosed disease name can be input. Examples of the input means include a method of selecting from an icon using a mouse and manual input from a keyboard.

  FIG. 1C shows a screen in which a disease name setting screen 8 is launched on the patient personal information screen 7. In the disease name setting screen 8, a disease name or the like can be input. In the present embodiment, it is assumed that the diagnosis result is a common cold and a disease name or the like is input to the disease name setting screen 8 and confirmed. Moreover, after inputting a disease name here, you may enable it to further select the classification of a symptom according to the disease name. For example, as shown in FIG. 1D, after entering the common cold in FIG. 1C, pneumonia can be entered and confirmed as the symptom classification of the common cold.

From the above, the patient's disease name or symptom is confirmed.
Then, when the patient's disease name or symptom is confirmed, in this embodiment, the input tool name and input tool of the input tool for inputting information to the electronic medical record of the electronic medical record executed in the past in the computer are set. Referring to the input tool activation order table including the frequency of activation, several first input tools that have been frequently executed in the first input tools that were initially executed for the same disease name and symptom in the past Candidates automatically appear on the screen. For example, as shown in FIG. 1E, the radiation setting of two first input tool candidates “order: radiation” which is the first input tool frequently executed in the past when pneumonia is confirmed in FIG. 1D. The screen 9 and the “Order: Injection” injection setting screen 10 are automatically displayed on the patient personal information screen 7. The order here is the contents of an electronic medical record input tool made in the past, that is, the tool name.

  Here, when the user selects and inputs a setting screen to which information is to be input from among the various setting screens of the first input tool candidate that has been launched, the setting screen for other first input tool candidates that have not been input is as follows. Closed automatically. For example, FIG. 1F shows a case where the injection setting screen 10 is selected from the radiation setting screen 9 and the injection setting screen 10 which are set up in FIG. 1E. In this case, the radiation setting screen 9 is automatically closed.

  In addition, in the injection setting screen 10, referring to the input tool activation order table storing the drug name and dosage selected in the past in association with “order: injection”, the drug name and drug selected in the past are stored. Medicine names and dosages are displayed on the medicine setting screen 11 in the order of frequency selected in the quantity. In addition, it is not limited to the medicine on the injection setting screen 10, and the article names or work names selected in the past are arranged on the screen in the order of frequency over the whole of other article names and work names that need to be selected. You may do it.

  A computer storage medium in which the input information is associated with the patient personal information by inputting information to the setting screen selected from the various setting screens launched by the first input tool candidate and selecting “Confirm” Saved in. For example, as shown in FIG. 1G, by inputting and confirming a drug name on the drug setting screen 11 of the injection setting screen 10, the information is input on the injection setting screen 11 to a computer storage medium associated with the patient personal information. Information is saved. In this manner, the input and storage of information in the first input tool for the patient's disease name and symptoms in the electronic medical record are completed. “Unasin” shown in FIG. 1G is a registered trademark of Pfizer Products Inc.

  Subsequently, when there is an operation of the second input tool following the first input tool executed in the past for the same disease name or symptom, the second executed after the first input tool executed in the past. With reference to the input tool from the input tool activation order table, some second input tool candidates of the second input tool that are frequently used among the second input tools are automatically started on the screen. For example, as shown in FIG. 1H, the second input tool 2 that has been frequently executed in the past as the second input tool on the patient personal information screen 7 after the input of the first input tool in FIG. 1G is completed. The radiation setting screen 9 for two second input tool candidates “order: radiation” and the prescription setting screen 12 for “order: prescription” are automatically launched. Then, in the same way as when selecting the various setting screens for the first input tool candidate, select the setting screen that was set up for the second input tool candidate, enter the information, and enter “Confirm” to enter the patient personal information. The information input with the second input tool is stored in the storage medium of the computer associated with.

  As described above, in the same manner as the first input tool, the second input tool and the third input tool are continued, and the input of information to the electronic medical record is completed in the order of a series of input tools executed in the past according to the same disease name. As a result, the medical record saving screen 13 for saving the electronic medical record in which the information exemplified in FIG. 1I is input to the storage medium of the computer is displayed. Here, by inputting “save”, the completion of saving of the input information is displayed on the chart saving screen 13 as illustrated in FIG. 1J. Then, by selecting and confirming “OK”, the patient personal information screen 7 shifts again to the patient selection screen 4 illustrated in FIG. 1K. When the user inputs log-off on this patient selection screen 4, the screen returns to the electronic medical record login screen 1 shown in FIG. 1L.

  The above is the outline for guiding the operation of the electronic medical chart. When the input tool activation order table in the guidance of the electronic medical chart operation is composed of contents such as the medical treatment order and the amount of medicines that have been executed in the past by a person skilled in medical treatment, On the other hand, there is an advantage that besides the guidance of the electronic medical chart operation, the guidance of the medical treatment order and the selection of an appropriate amount of medicine can be simultaneously performed.

Next, FIG. 2 shows an outline of a system configuration used for guiding the electronic medical chart operation.
The system 20 used for guiding the electronic chart operation mainly includes an electronic chart server 21 including an input tool activation order database 24, an electronic chart server 21, and a LAN (Local).
(Area Network) 22 and a plurality of electronic medical chart clients 23 connected to each other.

  The electronic medical record server 21 and the electronic medical record client 23 include an arithmetic device such as a CPU (Central Processing Unit), a recording medium such as a memory and a hard disk, an input device such as a keyboard and a mouse, a display for displaying a screen, and the like. .

The electronic medical record client 23 is a device for creating an electronic medical record.
An OS (Operating System), an electronic medical record client program, and the like are installed on a recording medium such as a hard disk of the electronic medical record client 23. The electronic medical chart client program here is a program for creating an electronic medical chart and guiding the operation of the electronic medical chart. The electronic medical record client 23 is, for example, a PC (Personal Computer) in which the electronic medical record client program is installed by a CD-ROM in which the electronic medical record client program is recorded.

The electronic medical record server 21 is a device that stores an electronic medical record.
An OS (Operating System), an electronic medical record server program, and the like are installed on a recording medium such as a hard disk of the electronic medical record server 21. Here, the electronic medical record server program is a program used to store the electronic medical record and to guide the operation of the electronic medical record. The electronic medical record server 21 is, for example, a PC (Personal Computer) in which the electronic medical record server program is installed by a CD-ROM in which the electronic medical record server program is recorded.

  The input tool activation order database 24 in the electronic medical record server 21 mainly includes an input tool activation order table, and further includes an electronic medical record table in which electronic medical records input by the electronic medical record client 23 are stored.

  The input tool activation order table here corresponds to a single input tool activation order ID that corresponds to a series of input tool names of electronic medical records that have been executed in the past for a specific disease name and the frequency at which the input tools are activated. Let me save. For example, in FIG. 3, a “disease name” diagnosed in the past, an input tool “first input tool” operated first according to the disease name, and an input tool “first input tool” operated after the first input tool. The activation order of a series of input tools such as “two input tools” is associated with one “input tool activation order ID”, and the activation order of a series of input tools with the input tool activation order ID for a specific disease name The number of times of execution based on this is stored as “frequency” in association with the input tool activation order ID.

The saved data is input tool activation order ID is ID column 31, disease name is disease name column 32, first input tool name is first input tool column 33, second input tool name is second input tool column 34, One table is configured by organizing and storing the frequencies in the frequency column 35. The series of input tool names and input tool activation orders of electronic medical records executed in the past depend on the input tool names and input tool activation orders executed by experts who have become medical procedures and electronic medical record operations. Preferably, it is configured. By doing so, an accurate medical treatment can be performed, and an accurate input tool for an electronic medical record can be selected. In addition, a series of operation procedures for all the operations performed in the electronic medical record as well as the input tool executed in the past may be used as a table.

  Thus, an input tool activation order table is created including a series of input tool names and frequencies based on the input tool activation order ID. This input tool startup order table is created by identifying a series of input tool names and sequences that have been executed in the past for the operation of the electronic medical record for a specific disease name, and input tools based on the input tool names and sequence. This is done by a method such as creating a table by collecting data such as the number of activations.

  In addition, the input chart starting order database 24 in the electronic medical record server 21 and the electronic medical record server program can be included in a single computer to guide the electronic medical chart operation without going through a network.

  Then, by performing data processing by a program between the electronic medical record server and the electronic medical record client as described above or by a single computer, guidance of the electronic medical record operation as described with reference to FIG. 1 can be realized.

  A data processing process of a program for realizing the guidance of the operation of the electronic medical record between the electronic medical record server and the electronic medical record client will be described with reference to the flowcharts of FIGS. 4A and 4B.

  First, the electronic medical record client 23 is connected to the electronic medical record server 21 by logging in to the electronic medical record system. Then, the name of the disease diagnosed by the electronic medical record client 23 is set.

  In Step 1, the electronic medical record client 23 refers to the input tool activation order table 30 of the input tool activation order database 24 in the electronic medical record server 21 based on the set disease name.

  In Step 2, the electronic medical record client 23 searches the disease name column 32 of the input tool activation order table 30 for a disease name corresponding to the set disease name, and extracts all input tool activation order IDs with matching disease names.

  In Step 3, the electronic medical record client 23 sets the frequency corresponding to the input tool activation order ID extracted from the input tool activation order table 30 and the input tool activation order ID in the memory area of the electronic medical record client 23 as shown in FIG. The input tool activation order ID is stored in the first dimension of the array A, and the frequency corresponding to the input tool activation order ID is stored in the second dimension. For example, in FIG. 5, the input tool activation order IDs 1, 3, 19, 35, 67, and 100 are extracted in the first dimension of the array A, and the frequency corresponding to each input tool activation order ID is stored in the second dimension. is doing.

  Then, the whole loop starts from the next process. This entire loop is repeated for the number of elements stored in the first dimension of the array A. That is, first, the entire loop is repeated for the number of elements of the input tool activation order ID.

  In Step 4, in order to confirm whether data is stored in the first dimension and the second dimension of the array A, it is confirmed whether the number of elements in the first dimension of the array A is one or more. If there is no element in the first dimension of the array A, the new tool is not activated in the input tool activation order table 30, and the process ends. On the other hand, if the number of elements in the first dimension of the array A is one or more, the data is stored in the first and second dimensions of the array A, and the input tool activation sequence executed in the past Since it is confirmed that there is, proceed to the next step.

  Next, the nth input tool candidate creation loop starts. This loop is also repeated for the number of elements stored in the first dimension of the array A. For example, at first, a loop for the number of elements of the input tool activation order ID is repeated.

  In Step 5, the input tool activation order ID stored in the first dimension of the array A is stored in the first dimension of the array B in the memory area of the electronic medical record client 23 shown in FIG. Then, the nth input tool name corresponding to the nth input tool executed in the input tool activation order ID of the first dimension of the array B is stored in the second dimension of the array B. Initially, the first input tool name is stored in the second dimension of the array B. For example, in FIG. 5, the input tool activation order IDs 1, 3, 19, 35, 67, and 100 are stored in the first dimension of the array B, and the nth corresponding to each input tool activation order ID is stored in the second dimension. The input tool names “order: injection”, “order: prescription” and the like are stored.

  In Step 6, it is searched whether the n-th input tool name stored in the second dimension of the array B is stored in the first dimension of the array C in the memory area of the electronic medical record client 23 shown in FIG.

In Step 7, it is determined whether or not the second-dimensional n-th input tool name of the array B is included in the first dimension of the array C.
In Step 8, if the n-th input tool name of the second dimension of the array B is not included in the first dimension of the array C, the n-th input tool name stored in the second dimension of the array B is changed to that of the array C. Store in the first dimension.

  In Step 9, the second dimension of the array B is referred to from the first dimension of the array C, and the numerical value of the frequency of the second dimension of the array A is set to 2 of the array C via the input tool activation order ID of the first dimension of the array B. Store in dimension. For example, when the first dimension and the second dimension of the array C are empty and the input tool activation order ID1 shown in FIG. 5 is set, “order: injection” of the nth input tool name is set to the first dimension of the array C. Store the frequency 10 of the input tool ID1 in the second dimension.

  In Step 10, if the same input tool name is included in the first dimension of the array C in the second dimension n input tool name of the array B, the frequency corresponding to each nth input tool name (order) is set. In order to obtain the sum, the numerical value of the frequency of the second dimension of the array A is added to the second dimension of the array C via the input tool activation order ID of the first dimension of the array B. For example, in FIG. 5, the input tool activation order ID3, 35 “order: injection” of the nth input tool name of the second dimension of the array B and the “nth input tool name of the first dimension input tool ID1 of the array C“ Since “order: injection” is the same, the frequencies of the respective input tool activation order IDs are added, and the sum of the frequencies in the second dimension of array C in “order: injection” is 10 + 8 + 6 = 24.

  This n-th input tool candidate creation loop is repeated after the number of elements arranged in the first dimension of the array A is repeated. In this way, in the second dimension of the array C, the sum of frequencies corresponding to the n-th input tool name (order) stored in the first dimension of the array C can be obtained. Then, by obtaining the sum of the frequencies corresponding to the n-th input tool name, it is possible to know the rank of the n-th input tool name of the disease name that has been frequently executed in the past.

  In Step 11, based on the sum total of frequencies executed in the past for each n-th input tool name in the second dimension of the array C, the top several n-th input tool names having the highest sum of frequencies are used as n-th input tool candidates. select.

  In Step 12, the selected nth input tool candidate is activated, and a setting screen for each nth input tool based on the nth input tool candidate is launched on the computer screen. For example, the top two n-th input tool candidates “order: injection” and “order: prescription” shown in FIG. 5 are activated, and an injection setting screen and a prescription setting screen are launched on the computer screen.

  In Step 13, it is determined whether one of the setting screens of the n-th input tool candidate that has risen on the screen is selected and input. If there is no input, all the setting screens of the nth input tool are closed and the process ends.

  In Step 14, when one of the setting screens for the nth input tool candidate is input, the setting screen for the nth input tool candidate that has not been input and the setting screen for the nth input tool candidate that has not been input is displayed. Close all.

  In Step 15, by completing the input of information on the setting screen of the input nth input tool, the input information is stored in the recording medium of the electronic medical record server associated with the patient personal information. Then, the setting screen of the nth input tool is closed.

In Step 16, the data stored in the first dimension and the second dimension of the array A are erased as the setting screen of the nth input tool is closed.
Next, the array A rebuild loop begins. From here, it is the process of starting the next (n + 1) th input tool that has finished executing the nth input tool. For example, it corresponds to a processing process when starting the second input tool following the first input tool when the operation of the first first input tool is finished. This loop is repeated for the number of elements stored in the first dimension of the array B.

  In Step 17, it is determined whether or not there is an identical n-th input tool that has finished inputting information and the second-dimensional n-th input tool name of the array B. This process is performed as a collating means for extracting only the input tool activation order ID having the nth input tool name in the second dimension of the array B that matches the nth input tool that has been executed.

  In Step 18, if the nth input tool name equal to the nth input tool that has been executed in the second dimension of the array B is stored, the nth input tool name that is equal to the nth input tool that has been executed is stored. The first-dimension input tool activation order ID of the array B in the second dimension is extracted and stored in the first dimension of the previously deleted array A.

  In Step 19, the frequency in the input tool activation order ID newly stored in the first dimension of the array A is stored in the second dimension of the array A with reference to the input tool activation order table 30 of the electronic medical record server 21.

  On the other hand, if the nth input tool name equal to the nth input tool that has been executed in the second dimension of the array B is not stored, no data is stored in the array A. This is because, in the array A re-creation loop, input tool activation order IDs other than the input tool activation order ID having the second nth input tool name of the array B equal to the nth input tool that has been executed are excluded. Equivalent to.

By repeating the array A reconstruction loop as described above for the number of elements of the array B, the first and second dimensions of the array A are created again, and the array A regeneration loop is terminated. By doing in this way, only the input tool starting order ID which performed the same input tool name in the nth input tool with respect to the set same disease name can be extracted. For example, if it is the first, the disease name and the first input tool are fixed, and only the input tool activation order ID that matches the first input tool name can be extracted.

  Then, returning to the beginning of the entire loop, the setting screen for the (n + 1) th input tool based on the (n + 1) th input tool candidate is launched through the same processing process as described above. By repeating the entire loop in this way, each time the treatment for the disease name progresses, a setting screen based on each input tool candidate is launched, and the setting screen is selected and input, and the operation of the electronic medical record is smoothly guided. .

The above is repeated until the entire loop is completed.
In this way, the electronic medical record client 23 can smoothly input a series of information on the electronic medical record corresponding to each disease name. The patient personal information is newly created or updated by storing the information input on the setting screen based on each input tool in the recording medium of the electronic medical record server 21 associated with the patient personal information. The electronic client 23 then disconnects from the electronic medical record server 21 and returns to the log-on screen of the electronic medical record system by completing a series of input to the electronic medical record and logging off.

  The input tool activation order table may be a table in which a drug name table or the like is inserted immediately after in correspondence with “order: injection” or the like. For example, as shown in FIG. 6, when “order: injection” exists in the first input tool column 33 of FIG. A first input tool drug name column 60, such as a first drug name indicating whether it has been administered, may be added. By adding such a table and performing the same processing process shown in FIG. 4A and FIG. 4B, drug names selected in the past with respect to the set disease names are automatically displayed in order of frequency. Can do. Note that “Rosefin” shown in FIG. 6 is a registered trademark of F. Hoffmann-La Rosille AG.

  In addition to “order: injection”, data of “article” of the article name corresponding to the input tool name or “work” of the work name corresponding to the input tool name is tabulated frequently. You may make it display automatically from order.

  By configuring the electronic medical record system as described above, even a user who handles the electronic medical record for the first time can easily understand the operation procedure. And since it is an operation while looking at the screen of the electronic medical record, there is no need to look at the manual or ask others. Furthermore, the operation can be efficiently performed by following the activation order of the input tools executed in the past. Then, when the input tool activation order table is created based on the contents of the electronic medical record operation performed by the expert who performs the medical procedure, the beginner who performs the medical procedure performs the medical procedure performed by the expert who performs the medical procedure. Knowing the priorities also serves as an aid in the selection of medical procedures. Further, it is possible to advance the operation with a good tempo in a short time by eliminating the trouble of searching and selecting or determining an icon or the like in the operation of the electronic medical record.

  The embodiments of the program for guiding the operation of the electronic medical record, the method for guiding the operation of the electronic medical record, and the apparatus for guiding the operation of the electronic medical record have been described above.

The login screen in an electronic medical record system is illustrated. The patient selection screen in an electronic medical chart system is illustrated. The screen which launched the disease name setting screen on the patient personal information screen is illustrated. The screen which set the disease name in the disease name setting screen on the patient personal information screen is illustrated. The screen when the 1st input tool candidate stood up automatically is illustrated. FIG. 1E illustrates the screen when the injection setting screen is selected. The screen which preserve | saves the input information when finishing inputting the injection setting screen of FIG. 1F is illustrated. The screen when the 2nd input tool candidate stood up automatically is illustrated. The screen at the time of saving an electronic medical chart is illustrated. The screen when the preservation | save of an electronic medical record is completed is illustrated. The patient selection screen in an electronic medical chart system is illustrated. The login screen in an electronic medical record system is illustrated. It is the schematic of the system configuration used for guidance of an electronic medical chart operation. The table structure of the input tool starting order table is illustrated. 4A and 4B exemplify a flowchart of a data processing process of a program for guiding an electronic medical chart operation. 4A and 4B exemplify a flowchart of a data processing process of a program for guiding an electronic medical chart operation. The reference example of the arrangement | sequence structure used for the data processing of the processing flow of FIG. 4A and FIG. 4B is shown. The table structure which added the chemical | medical agent name table corresponding to "order: injection" of the input tool starting order table of FIG. 3 is illustrated.

Explanation of symbols

1 Login screen 2 User ID
3 User password 4 Patient selection screen 5 Patient ID
6 Patient information list 7 Patient personal information screen 8 Disease name setting screen 9 Radiation setting screen 10 Injection setting screen 11 Drug setting screen 12 Prescription setting screen 13 Electronic medical record storage screen 21 Electronic medical record server 22 Local Area Network (LAN)
23 Electronic medical record client 24 Input tool activation order database 30 Input tool activation order table 31 ID column 32 Disease name column 33 First input tool column 34 Second input tool column 35 Frequency column 60 First input tool drug name column

Claims (3)

An electronic medical record operation guidance program executable on a computer for guiding the operation of an electronic medical record,
By inputting a specific disease name in the electronic medical record, an input tool name of an input tool for inputting information to the electronic medical record executed in the past according to the specific disease name, and a frequency of starting the input tool, An input tool activation order table reference step for referring to an input tool activation order table including
An input tool starting step for starting a plurality of input tools having a high frequency among the referred input tool names;
End of the input tool that terminates the input tool that did not receive the input when receiving an input from the operator through the data input operation to any one of the plurality of input tools started in the input tool starting step Steps,
Electronic medical record operation guidance program for executing processing including An electronic medical chart operation guidance device for guiding the operation of an electronic medical chart,
By inputting a specific disease name in the electronic medical record, an input tool name of an input tool for inputting information to the electronic medical record executed in the past according to the specific disease name, and a frequency of starting the input tool, An input tool activation order table reference section for referring to an input tool activation order table including
An input tool starting unit for starting a plurality of input tools having a high frequency among the referenced input tool names;
End of the input tool that terminates the input tool that did not receive the input when receiving an input from the operator by a data input operation to any one of the plurality of input tools activated in the input tool activation unit And
An electronic medical chart operation guidance device comprising: An electronic medical chart operation guidance method executed by a computer for guiding the operation of an electronic medical chart,
Computer
By inputting a specific disease name in the electronic medical record, an input tool name of an input tool for inputting information to the electronic medical record executed in the past according to the specific disease name, and a frequency of starting the input tool, Refer to the input tool startup order table including
Start multiple of the input tool more frequently in the input tool name that you see above,
To one of the input tool in the plurality of input tools activated in the input tool activation step, when receiving an input by the data input operation from the operator, exit the input tool that did not receive an input,
Electronic medical record operation inducement wherein the.