JP2021033445A - Medication instruction support system - Google Patents

Abstract

To provide a technique allowing a pharmacist to continuously giving medication instructions effectively utilizing the past medication history.SOLUTION: A medication instruction support system 100 comprises a medication history acquisition unit for acquiring a plurality of medication histories 8 including items in which prescription contents are described and items in which information on medication instructions is described, a medication history list display control unit for causing a display unit 305 to display a medication history list 53 in which a plurality of medication histories 8 of an object patient is listed, a first switching unit for switching the medication histories 8 displayed on the medication history list 53 in response to operation by a user, and a second switching unit for independently switching displayed items, for each of the plurality of medication histories 8 displayed on the medication history list 53 in response to operation by the user.SELECTED DRAWING: Figure 8

Description

The present invention relates to a technique for assisting a pharmacist in giving medication guidance to a patient.

The pharmacist is obliged to explain to the patient the efficacy of the prescription drug, the method of taking the drug, and the significance of taking the drug, which is called "medicine instruction". In addition, the pharmacist records the content of the medication instruction given to the patient together with the prescription content. This record is called "medicine history (drug administration history management record)". For example, Patent Document 1 describes a technique for supporting the creation of a drug history in order to improve the work efficiency of a pharmacist.

JP-A-2018-197926

By the way, in recent years, the Ministry of Health, Labor and Welfare has been providing medication information for patients in order to improve the safety and effectiveness of drug therapy, and to promote the elimination of multiple drugs / duplicate medications and residual drugs to optimize medical expenses. It points out the importance of centrally and continuously grasping. In this regard, the Ministry of Health, Labor and Welfare considers that many patients are receiving medicines at pharmacies near medical institutions (so-called "monzen pharmacies"), and no matter which medical institution the patient visits, It is recommended that you receive your medicine at a "family pharmacy" that is close to you.

If a patient receives medicine at a family pharmacy regardless of which medical institution he / she visits, the family pharmacy can centrally and continuously grasp the patient's medication information. In this case, the pharmacist can look back on the past drug history and give continuous medication guidance after grasping the history so far, so that the safety and effectiveness of the patient's drug therapy are sufficiently enhanced. In addition, multiple drugs and multiple medications are less likely to be overlooked, and residual drugs can be eliminated, so medical expenses can be optimized.

In order to provide continuous medication guidance, the pharmacist must review the patient's past medication history and provide medication guidance. However, the number of prescriptions issued daily at medical institutions is enormous, and a considerable number of drug histories are continuously created at pharmacies every day. For this reason, each pharmacy has accumulated a huge amount of drug history. In addition, if the drug history that was distributed and managed at the front-end pharmacy is now centrally managed at the family pharmacy, the number of drug histories accumulated for one patient will increase. In particular, elderly people and patients who receive home medical care are frequently given prescriptions, so that the number of accumulated drug histories is particularly large.

The drug history may be accumulated on a paper basis or digitized, but in either case, the pharmacist tries to look back on the patient's past drug history when giving medication instruction. Sometimes, first, look for the drug history created for the patient from the huge number of paper documents (or digitized data files) managed by the pharmacy, and then search for the drug history you want to refer to. There must be. In reality, it is very difficult to perform such work in parallel with medication instruction.

In this way, it is difficult to immediately look back on the past medication history in the actual medication guidance, and even if the patient's medication history is centrally and continuously managed at the family pharmacy, it is taken. The burden on the pharmacist was heavy at the stage of effective use for guidance.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a technique for assisting a pharmacist to provide continuous medication instruction by effectively utilizing a past medication history.

The present invention has taken the following measures in order to achieve such an object.

That is, the present invention is a medication instruction support system.
A medication history acquisition department that acquires multiple medication histories including items that describe prescription details and information related to medication guidance, and
A drug history list display control unit that displays a drug history list in which multiple drug histories of the target patient are arranged on the display unit,
The first switching unit that switches the drug history displayed in the drug history list according to the operation from the user,
A second switching unit that independently switches the displayed items for each of the plurality of drug histories displayed in the drug history list according to the operation from the user.
It is characterized by having.

According to this configuration, the user (typically, a pharmacist who gives medication guidance) can give medication guidance while looking at a list of medication histories in which a plurality of medication histories of the target patient are arranged. At this time, the user can refer to an arbitrary drug history created for the target patient by switching the drug history displayed in the drug history list. Further, the user can refer to, for example, a prescription item of one drug history and a guidance item of another drug history at the same time by independently switching the items displayed in each drug history. In this way, the user can provide continuous medication instruction that makes effective use of the past medication history.

Preferably, in the medication instruction support system,
In the drug history list, the drug history is arranged in chronological order of creation.
When the first scroll operation in the direction of arranging the drug history is performed on the drug history list, the first switching unit displays the drug displayed in the drug history list in response to the first scroll operation. Switch history,
It is characterized by that.

According to this configuration, the user can display older (or newer) drug histories one after another by scrolling the drug history list in the arrangement direction of the drug history.

Preferably, in the medication instruction support system,
The drug history list is divided into a fixed region and a variable region juxtaposed in the arrangement direction of the drug history.
When the first scroll operation is allowed for the variable region and the first scroll operation is performed for the variable region, the first switching unit switches the drug history displayed in the variable region.
The first scroll operation on the fixed area is not allowed, and a predetermined drug history continues to be displayed in the fixed area.
It is characterized by that.

According to this configuration, the user scrolls to the variable area defined in the drug history list to display an arbitrary drug history here, and the drug history is displayed in the fixed area. Can be compared with the drug history of.

Preferably, in the medication instruction support system,
The arrangement direction of the items in each drug history displayed in the drug history list is the direction orthogonal to the arrangement direction of the drug history.
When the second scroll operation in the direction orthogonal to the arrangement direction of the drug history is performed for any of the plurality of drug histories displayed in the drug history list, the second switching unit performs the second scroll operation. The item displayed in the drug history is switched according to the scroll operation.
It is characterized by that.

According to this configuration, the user causes an arbitrary item to be displayed in the drug history by performing a scroll operation in a direction orthogonal to the arrangement direction of the drug history for any drug history displayed in the drug history list. be able to.

Preferably, in the medication instruction support system,
A screen switching unit that switches the display of the display unit between a reference screen on which the medication history list is displayed and an input screen that accepts input of information related to medication instruction.
It is characterized by having.

According to this configuration, the user appropriately switches the display of the display unit between the reference screen and the input screen, so that the user can give medication guidance while referring to the past medication history on the reference screen and use the input screen. You can enter information related to medication guidance. Therefore, the work efficiency of the user is improved.

Preferably, in the medication instruction support system,
A drug history creation unit that creates a drug history using the information input via the input screen,
A report creation unit that creates a report using the information input via the input screen, and
It is characterized by having.

According to this configuration, the drug history and the report are created using the information input by the user via the input screen, so that the user does not need to input each of the drug history and the report. Since there are many overlapping items in the drug history and the report, the work load on the user is greatly reduced by such a configuration.

Preferably, in the medication instruction support system,
The display unit is a display unit included in a tablet computer.
The computer includes a touch panel configured integrally with the display unit.
It is characterized by that.

According to this configuration, the drug history list is displayed on the touch panel type display unit of the tablet-type computer having excellent portability. Therefore, even when the user visits the home of a patient who receives home medical care and gives medication guidance, it is possible to provide continuous medication guidance by effectively utilizing the past medication history.

According to the present invention, it is possible to support continuous medication guidance that makes effective use of past medication history.

The figure which shows the whole structure of the medication instruction support system which concerns on embodiment. A block diagram showing a hardware configuration of a user terminal device. The figure which shows the composition example of the drug history. The figure which shows the structural example of a report. A block diagram showing the main functional configurations of the medication guidance support system. The figure which shows the configuration example of the patient selection screen. The figure which shows the configuration example of the reference screen. The figure which shows the state which the side-scrolling operation was performed with respect to the reference screen. The figure which shows the state which the vertical scroll operation was performed with respect to the reference screen. The figure which shows the configuration example of the input screen. The figure which shows the flow of the processing performed in the medication instruction support system. The figure which shows the flow of the processing performed in the medication instruction support system. The figure which shows the flow of the processing performed in the medication instruction support system. The block diagram which shows the main functional composition of the medication instruction support system which concerns on a modification.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

<1. Medication guidance support system ＞
The hardware configuration of the medication instruction support system according to the embodiment will be described with reference to FIGS. 1 and 2. FIG. 1 is a diagram schematically showing the overall configuration of the medication instruction support system 100. FIG. 2 is a diagram showing a hardware configuration of the user terminal device 3.

The medication instruction support system 100 is for supporting the medication instruction performed by the user who is a pharmacist, and the accompanying creation work of the medication history 8 and the report 9, and includes the master device 1, the cloud server 2, and the cloud server 2. It includes a user terminal device 3.

The master device 1 is a device that is a source of patient information 7a and the like held by various devices (specifically, a receipt PC 101, a POS register 102, a packaging machine 103, etc.) installed in a pharmacy PH. It is composed of a general personal computer including a CPU, a memory, a storage unit, a communication unit, a display unit, an input unit, etc., or a workstation which is a computer having higher performance than a general personal computer. ..

The cloud server 2 is a server constructed in a cloud environment, and includes a CPU, a memory, a storage unit, a communication unit, and the like.

The user terminal device 3 is a portable tablet type (flat plate type) computer, and as shown in FIG. 2, the CPU 301, the memory 302, the storage unit 303, the communication unit 304, the display unit 305, the touch panel 306, and the image pickup. Part 307, etc. are included. However, the "tablet-type computer" referred to here is one that uses the same OS, etc. as a smartphone (so-called "tablet terminal"), and one that uses the same OS, etc. as a personal computer (so-called "tablet PC"). , Etc. shall be included.

In the user terminal device 3, the CPU 301 reads the program stored in the storage unit 303, expands the program in the memory 302 to store the program, and then executes the program to perform the entire operation of the user terminal device 3. Control in a centralized manner. The memory 302 is composed of, for example, SRAM and functions as a work memory of the CPU 301. The storage unit 303 is composed of, for example, a flash memory, and stores various programs, data, and the like. The display unit 305 is composed of a backlit TFT color liquid crystal panel and a drive unit thereof, and displays various screens. The touch panel 306 is configured integrally with the display unit 305 using a transparent electrode, and generates and outputs two-dimensional position coordinate information corresponding to a user's touch operation. The image pickup unit 307 includes a solid-state image pickup device composed of a CCD, a CMOS image sensor, and the like, and converts the image signal output from the image sensor into digital data to acquire the captured image data.

Next, the mode of data transfer realized in the medication instruction support system 100 will be described with reference to FIG.

The master device 1 is connected to each device 101 to 103 installed in the pharmacy PH via a private network constructed with a private IP address, and information about the patient is transmitted from the receipt PC 101 via the private network. (Patient information) 7a, prescription contents (dispensing record) 7b from a doctor, etc. are acquired. Further, the master device 1 is connected to the Internet via a public network constructed with a global IP address, and provides patient information 7a and prescription contents 7b for patients receiving home medical care (home patients) via the Internet. And send it to the cloud server 2.

The user terminal device 3 can connect to the Internet and exchange information with and from the cloud server 2 via the Internet. Specifically, the user terminal device 3 acquires patient information 7a, prescription content 7b, drug history 8, and the like from the cloud server 2. Further, the user terminal device 3 transmits the drug history 8 created here to the cloud server 2. In the cloud server 2, the drug history 8 acquired from the user terminal device 3 is stored in association with the patient information 7a. Further, the cloud server 2 creates a report 9 based on the accumulated drug history 8.

Here, the drug history 8 and the report 9 will be described with reference to FIGS. 3 and 4.

FIG. 3 shows a configuration example of drug history 8. The drug history 8 is a record of the contents of the medication instruction given by the pharmacist, and includes a plurality of items 80. Item 80 included in the drug history 8 includes an item (prescription item) 80a in which the prescription content 7b sent from the receipt PC 101 to the cloud server 2 via the master device 1 is described, and information related to the medication instruction given by the pharmacist. There are items (guidance items) 80b, etc. in which is described. Guidance item 80b includes each item in SOAP format (that is, S item: subjective information (contents spoken by the patient and subjective symptoms), O item: objective information (prescription contents and their changes, blood pressure, pulse, etc.). Test data), A item: Evaluation (evaluation as a pharmacist based on S information and O information), and P item: Plan (future plan based on A's evaluation)), patient status (medication status, physical condition change, Each item indicating side effects, concomitant medications, etc.) is included as sub-item 810.

FIG. 4 shows a configuration example of Report 9. The report 9 is for reporting to the doctor and the care manager the contents of the medication instruction given by the pharmacist by visiting the home of the patient at home, and is composed of a plurality of items 90. Item 90 included in Report 9 is an item in which bibliographic items such as the patient's name, the date and time when the medication instruction was given, the name of the pharmacist who gave the medication instruction, the name of the prescribing doctor, etc. are described (bibliographic item). There are 90a, an item (guidance item) 90b in which information related to medication guidance given by a pharmacist is described, and the like. Guidance item 90b includes vital information of the patient, each item indicating the patient's status (medication status, concomitant medication, interaction, side effects, meal, etc.), and the like as sub-item 910.

The specific contents of the items 80 and 90 included in the drug history 8 and the report 9 and the sub-items 810 and 910 included in each item 80 and 90 are not limited to those illustrated in the drawings, but are generally limited to those illustrated in the drawings. The guidance item 80b of the drug history 8 and the guidance item 90b of the report 9 include a large number of sub-items 810 and 910 having overlapping contents. In this embodiment, each sub-item 910 included in Report 9 is assumed to overlap with any of the sub-items 810 of the medication history 8.

<2. Functional configuration>
Next, the functional configuration realized in the medication instruction support system 100 will be described with reference to FIGS. 5 to 10. FIG. 5 is a block diagram showing a functional configuration realized in the medication instruction support system 100. 6 to 10 are diagrams showing a configuration example of a screen displayed on the display unit 305 of the user terminal device 3.

In the medication guidance support system 100, the patient selection reception unit 31, the drug history acquisition unit 32, the drug history list display control unit 33, the first switching unit 34, the second switching unit 35, the input reception unit 36, the drug history creation unit 37, The report creation unit 38 and the screen switching unit 39 are realized.

In this embodiment, the report creation unit 38 is realized in the cloud server 2, and the other functional units 31 to 37, 39 are realized in the user terminal device 3. The functional unit (here, the report creation unit 38) realized by the cloud server 2 is realized by executing the program stored in the storage unit of the cloud server 2 by the CPU. Further, each functional unit realized in the user terminal device 3 (here, each functional unit 31 to 37, 39 other than the report creation unit 38) is a program P stored in the storage unit 303 of the user terminal device 3. It is realized by being executed by the CPU 301 (see FIG. 2). That is, in the medication guidance support system 100, a program for operating the computer as an element of the medication guidance support system 100 is stored in each of the storage unit of the cloud server 2 and the storage unit 303 of the user terminal device 3. By executing the program, a predetermined functional unit is realized in each of the cloud server 2 and the user terminal device 3.

(Patient selection reception section 31)
The patient selection reception unit 31 displays the patient selection screen 4 on the display unit 305, and allows the user to select one patient through the patient selection screen 4 and accepts the selection.

FIG. 6 shows a configuration example of the patient selection screen 4. As shown here, the patient selection screen 4 has an input field 41 that accepts input of identification information (specifically, a patient's name, date of birth, etc.) for identifying a patient, and a cloud server 2. A patient list 42, which displays a list of patient information 7a obtained from the above, is provided. Further, the patient selection screen 4 is provided with an icon 43.

When the user inputs the desired patient identification information (name or date of birth) in the input field 41, the patient selection reception unit 31 incrementally searches the patient candidate list corresponding to the input identification information. Is displayed by. When the user selects one patient from the displayed candidate list, the patient selection reception unit 31 accepts the selected patient as a target patient.

In the patient list 42, one record corresponds to one patient (that is, one patient information 7a), and a plurality of records are arranged in a predetermined direction (vertical direction in the example of the figure). The patient list 42 can be scrolled in the direction of record arrangement (vertical scrolling in the example of the figure), and when the user performs such a scrolling operation, the patient selection reception unit 31 responds to the scrolling operation. Then, the patient list 42 is displayed while moving up and down. As a result, the patients displayed in the patient list 42 are switched. When the user selects one patient (one record) from the displayed patient list 42 and taps the record, the patient selection reception unit 31 accepts the selected patient as a target patient.

(Drug history acquisition department 32)
The drug history acquisition unit 32 acquires a plurality of drug history 8 of the target patient from the cloud server 2 and stores them in the storage unit 303. In this embodiment, the drug history acquisition unit 32 acquires the drug history 8 for the past six months of the target patient.

(Drug history list display control unit 33)
The drug history list display control unit 33 causes the display unit 305 to display the reference screen 5.

FIG. 7 shows a configuration example of the reference screen 5. As shown here, the reference screen 5 has a patient name display field 51 that displays the name of the target patient, a date selection field 52 that accepts the selection of a date, and a drug history that displays a list of the drug history 8 of the target patient. List 53 and. Further, various icons 54 and 55 are provided on the reference screen 5.

The date selection field 52 is a field for accepting a date selection from the user. The user can select one of the prescription dates (prescription dates) for the target patient in the date selection field 52.

The drug history list 53 is created based on a plurality of drug histories 8 acquired by the drug history acquisition unit 32 (that is, the drug history 8 for the past six months of the target patient), and the drug history list 53 is created based on the plurality of drug histories of the target patient. 8 are arranged and displayed in a predetermined direction (horizontal direction in the example of the figure) in the order of creation time series. Further, in the drug history list 53, the arrangement direction of the plurality of items 80 included in each drug history 8 displayed here is a direction orthogonal to the arrangement direction of the drug history 8 (vertical direction in the example of the figure). Will be done.

In the drug history list 53, the drug history 8 corresponding to the prescription of the date selected in the date selection field 52 is displayed at the beginning of the arrangement direction (the left end in the example of the figure). In addition, after the second drug history in the sequence direction (next to the right in the example in the figure), each drug history 8 corresponding to the prescription earlier than the selected date (that is, the drug history displayed first in the sequence direction). The drug history 8) created before 8 is arranged and displayed in chronological order of creation. That is, by selecting the date of an arbitrary prescription in the date selection field 52, the user arranges the drug history 8 corresponding to the prescription at the beginning and the drug history 8 older than that in chronological order of creation. The drug history list 53 can be displayed.

In the initial state, the date of the prescription (the date of the latest prescription) to be the subject of the medication instruction is selected in the date selection field 52. In this initial state, the drug history 8 to which the content of the medication instruction should be recorded (or recorded) is displayed at the head of the drug history list 53. That is, at the stage where the medication instruction has not been given yet, the medication history 8 displayed at the top of the medication history list 53 is in a state where only the prescription item 80a is filled and the guidance item 80b is blank as shown in the figure. It has become. As will become clear later, when the user gives medication guidance while looking at the reference screen 5, inputs information related to the medication guidance via the input screen 4 described later, and then displays the reference screen 5 again. The drug history displayed at the top of the drug history list 53 is a state in which both the prescription item 80a and the guidance item 80b are filled.

As described above, the user terminal device 3 is composed of a portable tablet-type computer, and the screen size of the display unit 305 is about 7 to 10 inches. Therefore, when the drug history list 53 is viewed in the horizontal direction, the number of drug history 8 displayed at one time is at most about 2 to 4 (3 in the example of the figure). Further, when the drug history list 53 is viewed in the vertical direction, the number of items 80 displayed at one time is also limited, and all the items 80 (sub-item 810) included in the drug history 8 cannot be displayed. However, the user can display the drug history 8 which is not displayed by the side-scrolling operation described later. In addition, the user can display the item 80 (sub-item 810) that is not displayed by the vertical scrolling operation described later.

(First switching unit 34)
The first switching unit 34 switches the drug history 8 displayed in the drug history list 53 according to an operation from the user. Specifically, as shown in FIG. 8, the first switching unit 34 performs a scroll operation in the arrangement direction of the drug history 8 (horizontal scroll operation in the example of the figure) with respect to the drug history list 53. In this case, the drug history list 53 is displayed while being moved left and right in response to the scroll operation. As a result, the drug history 8 displayed in the drug history list 53 is switched.

However, the medication history list 53 is divided into a fixed region 53a and a variable region 53b juxtaposed in the arrangement direction of the medication history 8, and this side-scrolling operation is permitted only in the variable region 53b and is permitted in the fixed region 53a. Not done. That is, the first switching unit 34 switches the drug history 8 displayed in the variable area 53b when the side-scrolling operation is performed on the variable area 53b, and displays the drug history 8 in the fixed area 53a where the side-scrolling operation is not allowed. The drug history 8 to be used is not switched.

Here, the display area of the drug history 8 at the head of the arrangement direction (that is, the display area of the drug history 8 corresponding to the prescription of the date selected in the date selection field 52) is set as the fixed area 53a, and other displays. The region (that is, the display region of all the drug history 8 arranged after the second) is designated as the variable region 53b. Since the side-scrolling operation on the fixed area 53a is not allowed, the prescription of the date selected in the date selection field 52 and the drug history 8 corresponding to the fixed area 53a will continue to be displayed in the fixed area 53a. However, as described above, when the date selection in the date selection field 52 is changed, the drug history 8 displayed at the top of the drug history list 53 is changed. That is, when the user wants to switch the drug history 8 displayed in the fixed area 53a, the user may change the date selection in the date selection field 52 instead of the side-scrolling operation.

For example, the user can scroll the variable region 53b from right to left in the example shown in the figure, so that the variable region 53b can display the drug history 8 having an old creation date one after another. As described above, in this embodiment, the drug history acquisition unit 32 has acquired the drug history 8 for the past six months of the target patient, and the user can retroactively display the drug history 8 created six months ago. it can. Conversely, by scrolling the variable region 53b from left to right in the example shown in the figure, the drug history 8 with a new creation date (however, the drug history displayed in the fixed region 53a) is displayed in the variable region 53b. Drug history 8) older than 8 can be displayed one after another. Even if the drug history 8 displayed in the variable area 53b is switched by such a side-scrolling operation, the drug history 8 selected via the date selection field 52 continues to be displayed in the fixed area 53a. Therefore, the user can display the drug history 8 selected via the date selection field 52 and any drug history 8 older than this in the drug history list 53 side by side, and both drug histories 8 can be displayed side by side. You can easily compare them.

(Second switching unit 35)
The second switching unit 35 switches the displayed item 80 (sub-item 810) for each of the plurality of drug histories 8 displayed in the drug history list 53 according to the operation from the user. Specifically, as shown in FIG. 9, the second switching unit 35 has a direction orthogonal to the arrangement direction of the drug history 8 with respect to any of the plurality of drug history 8 displayed in the drug history list 53. When a scroll operation (that is, a vertical scroll operation in the example of the figure) is performed (that is, the arrangement direction of the item 80), the drug history 8 that is the target of the scroll operation is moved up and down according to the scroll operation. Display while moving. As a result, the item 80 displayed in the drug history 8 is switched.

For example, by performing a scroll operation from the bottom to the top in the example of the figure, the user performs an item 80 or a sub-item 810 hidden below in the drug history 8 displayed at the position where the scroll operation is performed. Can be displayed one after another. On the contrary, by performing the scroll operation from the bottom to the top in the example of the figure, the item 80 and the sub item 810 hidden on the upper side in the drug history 8 displayed at the position where the scroll operation is performed are displayed one after another. It can be displayed.

This vertical scrolling operation can be performed independently for each of the plurality of drug histories 8 displayed in the drug history list 53. That is, even if the item 80 displayed by performing the vertical scrolling operation for a certain drug history 8 is switched, the item 80 displayed in the other drug history 8 is not switched. Further, this vertical scrolling operation is also allowed for the drug history 8 displayed in the fixed area 53a (that is, the drug history 8 at the head of the drug history list 53), and each drug history 8 displayed in the variable area 53b. (Each drug history 8 from the second onward) is also acceptable. Therefore, for example, the user can display the prescription item 80a of the drug history 8 selected via the date selection field 52 and the instruction item 80b of any drug history 8 older than this side by side, and these different items. 80a and 80b can be easily compared.

(Input reception unit 36)
The input receiving unit 36 displays the input screen 6 on the display unit 305, and receives input of various information related to medication instruction from the user via the input screen 6.

FIG. 10 shows a configuration example of the input screen 6. As shown here, the input screen 6 is provided with a display field 61 for displaying the prescription content and an input field 62 for receiving input of various information related to medication instruction. Further, various icons 63 to 65 are provided on the input screen 6.

In the display column 61, the prescription content of the prescription to be the subject of the medication instruction is displayed. As described above, for example, when the user selects the date of the prescription to be the subject of the medication instruction in the date selection field 52, at the stage where the medication instruction has not yet been performed, the user is placed at the top of the medication history list 53. Where the drug history 8 in which only the prescription item 80a is filled is displayed, the information described as the prescription item 80a of the drug history 8 is displayed in the display column 61.

The input field 62 is a field for accepting input of each information related to medication instruction. A plurality of item fields 620 are provided in the input field 62, and each item field 620 accepts input of each information related to medication instruction. Here, the various information related to the medication instruction is information that should be retained as the instruction items 80b and 90b of the medication history 8 or the report 9. Therefore, each item column 620 corresponds to each sub-item 810 included in the guidance item 80b of the drug history 8 or each sub-item 910 included in the guidance item 90b of the report 9. As described above, since the guidance item 80b of the drug history 8 and the guidance item 90b of the report 9 include a large number of sub-items 810 and 910 having overlapping contents, the number of item fields 620 provided in the input field 62 is , Less than the sum of sub-item 810 of drug history 8 and sub-item 910 of report 9. In particular, in this embodiment, each sub-item 910 included in the report 9 overlaps with any sub-item 810 of the drug history 8, so that each item column 620 provided in the input field 62 is a drug history. It is supposed to correspond to each sub-item 810 of 8.

The input field 62 can be scrolled in the arrangement direction of the item field 620 (vertical direction in the example of the figure), and when the user performs such a scroll operation (vertical scroll operation in the example of the figure), input is performed. The reception unit 36 displays the input field 62 while moving it up and down in response to the scroll operation. As a result, the item field 620 displayed in the input field 62 is switched. The user can perform the scroll operation to display the hidden item fields 620 one after another and input information in the item fields 620.

An icon 621 displayed as "previous input" is provided in all or a part of the plurality of item fields 620 provided in the input field 62. When the user operates the icon 621, the input receiving unit 36 reads out the previous input contents of the item field 620 and inputs them into the item field 620. That is, when the icon 621 is operated, the same input contents as the previous time are automatically input to the item field 620.

Further, the input field 62 is provided with a camera mark icon 622. When the user operates the icon 622 while arranging the cursor in the arbitrary item field 620, the imaging unit 307 is activated. When the user causes the activated imaging unit 307 to acquire the captured image data, the input receiving unit 36 inserts the acquired captured image data into the item field 620 in which the cursor is arranged. In this way, the user can easily insert the captured image data into the arbitrary item field 620.

(Drug history preparation department 37)
The drug history creation unit 37 creates the drug history 8 using the information input via the input screen 6. As described above, for example, when the user selects the date of the prescription to be the subject of the medication instruction in the date selection field 52, at the stage where the medication instruction has not yet been performed, the user is placed at the top of the medication history list 53. Displays the drug history 8 in which the content of the medication instruction should be recorded (that is, the drug history 8 in which the instruction item 80b is blank). The drug history creation unit 37 fills in the instruction item 80b of the drug history 8 by using the information input via the input screen 6 to complete the drug history 8. That is, the drug history creation unit 37 reads out the content input in each item field 620 provided in the input field 62, and describes this in the corresponding sub-item 810 in the instruction item 80b of the drug history 8. To do. As a result, the drug history 8 in which both the prescription item 80a and the instruction item 80b are filled is completed. The created drug history 8 is transmitted to the cloud server 2 and stored here.

(Report preparation department 38)
The report preparation unit 38 prepares the report 9 based on the drug history 8 accumulated in the cloud server 2. As described above, the drug history 8 is created by using the information input via the input screen 6, and the report 9 is created by indirectly using the information. Specifically, the report preparation unit 38 extracts the sub-items 810 included in the guidance item 80b of the drug history 8 that correspond to each sub-item 910 included in the guidance item 90b of the report 9. .. Then, the content input to each extracted sub-item 810 is read out, and this is described in the corresponding sub-item 910 of the report 9. In addition, each information such as patient information of the target patient, creation date and time, etc. is appropriately acquired, and this is described in bibliographic item 90a of the report 9. The created report 9 is stored in the cloud server 2.

The report 9 stored in the cloud server 2 is transmitted to the user terminal device 3 or the like in response to an instruction or the like from the user. For example, the input screen 6 displayed on the display unit 305 of the user terminal device 3 is provided with an icon 64 for displaying "report", and when the user operates the icon 64, the display unit 305 is displayed. However, the screen for printing the report 9 is switched. When the user performs an appropriate operation via this screen, the designated report 9 is transmitted from the cloud server 2 to the user terminal device 3, and the report 9 is sent to the user terminal device 3 side. Can be printed with.

(Screen switching unit 39)
The screen switching unit 39 switches the display of the display unit 305 between the patient selection screen 4, the reference screen 5, and the input screen 6 in response to an operation from the user.

The switching from the reference screen 5 to the input screen 6 is performed in response to a tap operation on the display area (that is, the fixed area 53a) of the head drug history 8 in the drug history list 53. That is, when the user taps an arbitrary position in the fixed area 53a while the reference screen 5 is displayed on the display unit 305, the screen switching unit 39 displays the display of the display unit 305 on the reference screen 5. The input screen 6 (FIG. 10) is switched from (FIGS. 7 to 9).

The switching from the reference screen 5 to the patient selection screen 4 is performed in response to the operation of the icon (screen transition icon) 54 provided on the reference screen 5 for displaying "to patient list". That is, when the user operates the screen transition icon 54 while the reference screen 5 is displayed on the display unit 305, the screen switching unit 39 displays the display unit 305 on the reference screen 5 (FIGS. 7 to 7). The patient selection screen 4 (FIG. 6) is switched from 9).

The switching from the input screen 6 to the reference screen 5 is performed in response to the operation of the icon (screen transition icon) 65 provided on the input screen 6 and displayed as "return". That is, when the user operates the screen transition icon 65 while the input screen 6 is displayed on the display unit 305, the screen switching unit 39 displays the display unit 305 from the input screen 6 (FIG. 10). The screen is switched to the reference screen 5 (FIG. 7).

<3. Operation flow>
Next, the operation of the medication instruction support system 100 will be described with reference to FIGS. 11 to 13 in addition to FIGS. 6 to 10. 11 to 13 are diagrams showing a flow of processing performed in the medication instruction support system 100.

Step S1: The user who is a pharmacist visits the home of the home patient to whom the prescription has been given, delivers the prescription drug to the home patient, and gives medication instruction by holding the user terminal device 3. In giving medication instruction, the user first displays a predetermined login screen on the display unit 305 of the user terminal device 3, and inputs login information (typically, ID information and password) via the login screen. To do. The entered login information is transmitted to the cloud server 2, and if it is determined that the entered login information matches the information registered in advance, access to the medication guidance support system 100 is permitted.

Step S2: When access to the medication instruction support system 100 is permitted, the patient selection reception unit 31 causes the display unit 305 of the user terminal device 3 to display the patient selection screen 4 (FIG. 6).

Step S3: When the user selects a patient to be visited via the patient selection screen 4, the patient selection reception unit 31 accepts the selected patient as a target patient (YES in step S3).

Step S4: Subsequently, the drug history acquisition unit 32 acquires the drug history 8 for the past six months of the target patient selected in step S3 from the cloud server 2 and stores it in the storage unit 303.

Step S5: Subsequently, the drug history list display control unit 33 causes the display unit 305 to display the reference screen 5 (FIG. 7). On the reference screen 5, a drug history list 53 in which a plurality of drug histories 8 of the target patient are arranged is displayed. In the initial state, the date of the prescription (the date of the latest prescription) to be the subject of the medication instruction is selected in the date selection field 52. Therefore, in the initial state, the drug history 8 corresponding to the latest prescription is placed at the top of the drug history list 53, and the drug history 8 older than that is arranged in the chronological order of creation after the second. The history list 53 is displayed. The medication history 8 displayed at the top of the medication history list 53 is the medication history 8 in which the content of the medication instruction should be recorded (or recorded), but at this stage, the medication history is still being given. Therefore, in the drug history 8 arranged at the head thereof, only the prescription item 80a is filled and the guidance item 80b is blank. However, as described above, the user can arbitrarily select one of the dates (prescription date) when the prescription was given to the target patient in the date selection field 52 provided on the reference screen 5. When the user selects a past prescription date, the prescription of the selected date and the corresponding drug history 8 are placed at the beginning, and the drug history 8 older than that is arranged in chronological order of creation after the second. In addition, the drug history list 53 will be displayed.

Step S6 to Step S9: The user gives medication instruction to the patient while looking at the displayed reference screen 5. At this time, when the user performs a side-scrolling operation on the variable area 53b (YES in step S6), the first switching unit 34 displays the drug history list 53 while moving it left and right in the variable area 53b. As a result, the drug history 8 displayed in the variable region 53b is switched (step S7). Further, when the user performs a vertical scroll operation on an arbitrary drug history 8 displayed in the fixed area 53a or the variable area 53b (YES in step S8), the second switching unit 35 performs the vertical scroll operation. The target drug history 8 is displayed while moving up and down. As a result, the item 80 (sub-item 810) displayed in the drug history 8 is switched (step S9).

Therefore, the user can display any item 80 of any past medication history 8 on the display unit 305 by appropriately performing the vertical scrolling operation and the horizontal scrolling operation, and the user can give medication instruction while referring to this. It can be carried out. For example, as shown in FIG. 7, assuming that the prescription items 80a of each drug history 8 are displayed side by side in the drug history list 53, the user can use the current prescription content and each past drug history. You can compare the prescription contents of 8 at a glance. Then, from this state, a side-scrolling operation is performed on the variable region 53b to search for the past drug history 8 of the same prescription as the present prescription content, display this in the variable region 53b, and further, from this state, the The instruction item 80b can be displayed by performing a vertical scrolling operation on the past drug history 8. By doing so, it is possible to confirm what kind of medication guidance has been given in the past when the prescription content is the same, and to provide continuous medication guidance based on that. For example, if a missed dose of a drug was recorded in the past drug history 8 of the same prescription, it is confirmed whether the drug is reduced by this prescription, or if the patient complains of side effects after that. You can listen carefully to the situation.

Step S10: When the user taps the display area (that is, the fixed area 53a) of the first drug history 8 in the drug history list 53 of the reference screen 5 (YES in step S10), the screen switching unit 39 changes. , The display of the display unit 305 is switched from the reference screen 5 to the input screen 6. Specifically, the screen switching unit 39 sends an instruction to the input receiving unit 36 that the input screen 6 should be displayed.

Step S11: The input receiving unit 36 causes the display unit 305 to display the input screen 6 in response to an instruction from the screen switching unit 39. The user inputs the contents of hearing from the patient, his / her own findings, etc. into each item field 620 of the input field 62 one after another while giving the patient medication instruction.

Step S12 to Step S13: When the user operates the icon (confirmation icon) 63 displayed as "confirmed" on the input screen 6 (YES in step S12), based on the content input via the input screen 6. , The drug history preparation unit 37 creates the drug history 8 (step S13). That is, the drug history creation unit 37 reads out the content input in each item field 620 provided in the input field 62, and describes this in the corresponding sub-item 810 of the drug history 8. The created drug history 8 is transmitted to the cloud server 2 and stored there.

Step S14: On the other hand, in the cloud server 2, the report creation unit 38 creates a report 9 based on the drug history 8 acquired from the user terminal device 3. That is, the report preparation unit 38 has input to each sub-item 810 included in the guidance item 80b of the drug history 8 and corresponding to each sub-item 910 included in the guidance item 90b of the report 9. Is read out and described in the corresponding sub-item 920 of Report 9. The created report 9 is stored in the cloud server 2. In the figure, for convenience of explanation, the processing after step S15 is performed after step S14, but the processing after step S15 may be performed without waiting for the completion of the processing in step S14. ..

Step S15: When the user operates the screen transition icon 65 on the input screen 6 (YES in step S15), the screen switching unit 39 switches the display of the display unit 305 from the input screen 6 to the reference screen 5. Specifically, the screen switching unit 39 sends an instruction to display the reference screen 5 to the drug history list display control unit 33.

The drug history list display control unit 33 causes the display unit 305 to display the reference screen 5 in response to an instruction from the screen switching unit 39 (step S5). At this time, the drug history 8 created in step S13 is displayed at the head of the drug history list 53. That is, at this stage, the drug history 8 displayed at the top of the drug history list 53 is in a state where both the prescription item 80a and the guidance item 80b are filled, and the user inputs the guidance item 80b earlier on the input screen. The content input via 6 (that is, the content related to the medication instruction given by the user earlier) is described.

Step S16: When the user operates the screen transition icon 54 on the reference screen 5 (YES in step S16), the screen switching unit 39 switches the display of the display unit 305 from the reference screen 5 to the patient selection screen 4. .. Specifically, the screen switching unit 39 sends an instruction to display the patient selection screen 4 to the patient selection reception unit 31.

The patient selection reception unit 31 causes the display unit 305 to display the patient selection screen 4 in response to the instruction (step S2). For example, when there are a plurality of patients at the visit destination, the user selects another patient via the patient selection screen 4. In this case, the process after step S3 is performed again with the newly selected patient as the target patient.

Steps S17 to S19: On the other hand, when the user operates the icon (logout icon) 55 displayed as "logout" on the reference screen 5 (YES in step S17), or on the patient selection screen 4, "logout". When the icon (logout icon) 43 displayed is operated (YES in step S18), the access to the medication instruction support system 100 is terminated, and the series of processes is completed (step S19).

<4. Effect>
The medication guidance support system 100 according to the above embodiment has a plurality of medication histories 8 including an item 80 (prescription item 80a) describing the prescription content and an item 80 (guidance item 80b) describing the information related to the medication guidance. The drug history acquisition unit 32 to be acquired individually, the drug history list 53 in which a plurality of drug history 8s of the target patient are arranged are displayed on the display unit 305, and the drug history list display control unit 33 and the drug history list 53 are displayed. For each of the first switching unit 34 that switches the drug history 8 according to the operation from the user and the plurality of drug history 8 displayed in the drug history list 53, the displayed item 80 is set according to the operation from the user. It includes a second switching unit 35 that switches independently.

According to this configuration, the user (typically, a pharmacist who gives medication guidance) can give medication guidance while looking at the medication history list 53 in which a plurality of medication histories 8 of the target patient are arranged. At this time, the user can refer to any drug history 8 created for the target patient by switching the drug history 8 displayed in the drug history list 53. Further, the user can independently switch the item 80 displayed in each drug history 8 to refer to, for example, the prescription item 80a of a certain drug history 8 and the instruction item 80b of another drug history 8 at the same time. it can. In this way, the user can provide continuous medication instruction by effectively utilizing the past medication history 8.

Further, in the medication instruction support system 100 according to the above embodiment, the medication history 8 is arranged in the time-series order of creation in the medication history list 53, and the medication history 8 is arranged in the arrangement direction with respect to the medication history list 53. When the first scroll operation (horizontal scroll operation in the above embodiment) is performed, the first switching unit 34 displays the drug history 8 displayed in the drug history list 53 in response to the first scroll operation. Switch.

According to this configuration, the user can display the older (or newer) drug history 8 one after another by scrolling the drug history list 53 in the arrangement direction of the drug history 8.

In particular, here, the drug history 8 displayed in the drug history list 53 is switched by the scroll operation. In this case, the medicine history list 53 is displayed while moving in the scroll direction, and the displayed medicine history 8 is switched. Therefore, unlike the case where the medicine history 8 displayed in the medicine history list 53 is switched by a button operation, for example, the user can switch. , While checking the contents of the drug history 8 appearing one after another, the drug history 8 to be displayed can be selected. Therefore, the user can easily find the drug history 8 to be displayed and display it.

Further, in the medication instruction support system 100 according to the above embodiment, the medication history list 53 is divided into a fixed region 53a and a variable region 53b juxtaposed in the arrangement direction of the medication history 8. Then, when the first scroll operation for the variable region 53b is allowed and the first scroll operation is performed for the variable region 53b, the first switching unit 34 switches the drug history 8 displayed in the variable region 53b. Further, the first scroll operation with respect to the fixed area 53a is not allowed, and the predetermined drug history 8 continues to be displayed in the fixed area 53a.

According to this configuration, the user scrolls the variable region 53b defined in the medication history list 53 to display an arbitrary medication history 8 here, and the medication history 8 is displayed in the fixed region 53a. It can be compared with the prescribed medication history 8 displayed.

Further, in the medication guidance support system 100 according to the above embodiment, the arrangement direction of the item 80 in each medicine history 8 displayed in the medicine history list 53 is a direction orthogonal to the arrangement direction of the medicine history 8. Then, for any of the plurality of drug histories 8 displayed in the drug history list 53, a second scroll operation (vertical scrolling operation in the above embodiment) in a direction orthogonal to the arrangement direction of the drug history 8 is performed. If so, the second switching unit 35 switches the item 80 displayed in the drug history 8 in response to the second scrolling operation.

According to this configuration, the user performs an arbitrary drug history 8 display in the drug history list 53 by scrolling in a direction orthogonal to the arrangement direction of the drug history 8. Item 80 can be displayed.

In particular, here, the item 80 displayed in the drug history 8 is switched by the scroll operation. In this way, the displayed item 80 is switched while the drug history 8 is displayed while moving in the scroll direction. Therefore, unlike the case where the item 80 displayed in the drug history 8 is switched by, for example, a button operation, users appear one after another. While checking the contents of the item 80, the item 80 to be displayed can be selected. Therefore, the user can easily find the item 80 to be displayed and display it.

In addition, the medication guidance support system 100 according to the above embodiment displays the display unit 305 between the reference screen 5 on which the medication history list 53 is displayed and the input screen 6 that accepts the input of information related to medication guidance. A screen switching unit 39 for switching with is provided.

According to this configuration, the user appropriately switches the display of the display unit 305 between the reference screen 5 and the input screen 6, so that the user can give medication guidance while referring to the past medication history 8 on the reference screen 5. Information related to medication instruction can be input via the input screen 6. Therefore, the work efficiency of the user is improved.

Further, the medication instruction support system 100 according to the above embodiment is input via the medication history creation unit 37 that creates the medication history 8 using the information input via the input screen 6 and the input screen 6. It includes a report preparation unit 38 that prepares a report 9 using information.

According to this configuration, the drug history 8 and the report 9 are created using the information input by the user via the input screen 6, so that the user needs to input each of the drug history 8 and the report 9. There is no. Since there are many overlapping items in the drug history 8 and the report 9, the work load on the user is significantly reduced by such a configuration.

Further, in the medication instruction support system 100 according to the above embodiment, the display unit 305 is a display unit included in the tablet-type computer, and the computer includes a touch panel 306 configured integrally with the display unit 305.

According to this configuration, the drug history list 53 is displayed on the touch panel type display unit 305 included in the tablet-type computer having excellent portability. Therefore, even when the user visits the home of a patient who receives home medical care and gives medication guidance, it is possible to provide continuous medication guidance by effectively utilizing the past medication history 8.

<5. Modification example>
In the above embodiment, the drug history acquisition unit 32 acquires the drug history 8 for the past six months of the target patient, and displays the drug history 8 created half a year ago in the drug history list 53. However, the drug history 8 acquired by the drug history acquisition unit 32 (and thus the drug history 8 that can be displayed in the drug history list 53) may be more than or equal to the past six months, or less than this. You may. In addition, a specified number of drug histories 8 may be acquired instead of a specified period.

In the above embodiment, in the drug history list 53, a plurality of drug histories 8 are arranged and displayed in the vertical direction, and a plurality of items 80 included in each drug history 8 are arranged and displayed in the horizontal direction. It may be a thing. In this case, when the vertical scrolling operation is performed on the drug history list 53 (specifically, the variable region 53b), the first switching unit 34 displays the drug history list 53 in response to the scrolling operation. It is displayed while moving up and down, and as a result, the drug history 8 displayed in the drug history list 53 is switched. Further, in this case, when a side-scrolling operation is performed on an arbitrary drug history 8, the second switching unit 35 shifts the drug history 8 targeted by the scrolling operation to the left or right in response to the scrolling operation. The item 80 displayed in the drug history 8 is switched by displaying while moving to.

In the above embodiment, the first switching unit 34 switches the drug history 8 displayed in the drug history list 53 by a button operation (for example, an operation of a preset drug history index button) instead of a scroll operation. It may be a thing. Similarly, the second switching unit 35 also switches the item 80 displayed in the drug history 8 designated by the user by a button operation (for example, an operation of a predetermined item index button) instead of the scroll operation. May be good.

In the above embodiment, a plurality of drug histories 8 of the target patient are arranged and displayed in the preparation time series in the drug history list 53, but the arrangement order of the drug history 8 is not necessarily the time series of preparation. It does not have to be in order, for example, it may be arranged in chronological order of prescription (that is, chronological order of prescription date and time), it may be displayed in order of importance given in advance by the user, or the prescription content may be displayed. It may be displayed in chronological order.

In the above embodiment, each item 80 displayed in each drug history 8 displayed in the drug history list 53 is different from the corresponding item 80 of the drug history 8 displayed at the beginning so that the difference can be seen at a glance. It may be displayed in different colors.

Specifically, for example, when the prescription item 80a of drug history 8 displayed at the top of the drug history list 53 is compared with the prescription item 80a of drug history 8 arranged second, it is changed (for example, usage). , Dose, number of prescription days, etc.), or if there is an addition (eg, addition of a new drug, etc.), the indication relating to the change or addition in the drug history 80a displayed at the beginning. The column may be displayed in a predetermined color. In this case, it is also preferable that the display field related to the change and the display field related to the addition are displayed in different colors. With this configuration, when the user performs a side-scrolling operation and the drug history 8 displayed second in the drug history list 53 is switched one after another, the prescription item 80a displayed at the top is displayed. At the timing when the different (changed or added) prescription item 80a is displayed second, the display column relating to the change or addition of the drug history 8 displayed at the head is switched to a predetermined color. For example, the user interrupts the side-scrolling operation at the timing when the color is switched, and changes or adds the drug history 8 displayed second at that time by comparing it with the drug history 8 displayed at the beginning. You can easily check the background and reason for this.

Further, for example, the prescription item 80a of the drug history 8 displayed at the head of the drug history list 53 (that is, the fixed region 53a) and the prescription of each drug history 8 displayed at the second and subsequent (that is, the variable region 53b). When comparing with item 80a, when a drug that does not exist in the former prescription item 80 is included in the latter prescription item 80a (that is, there is a drug that has been prescribed in the past but has been deleted this time. In the case of), the display column relating to the drug in the latter prescription item 80 may be displayed in a predetermined color. With this configuration, when the drug history 8 displayed in the variable region 53b is switched one after another in response to the side-scrolling operation, the display column relating to the drug deleted in the prescription item 80a displayed at the beginning is displayed. Will be displayed in a predetermined color. Therefore, the user can confirm the deleted drug without missing it.

Further, for example, in the prescription item 80a of each drug history 8 displayed in the drug history list 53, there is a drug that did not exist in any of the prescription items 80a of the drug history 9 older than the drug history 9 ( That is, if there is a drug prescribed to the target patient for the first time in the prescription), the display column relating to the drug prescribed for the first time may be displayed in a predetermined color. With this configuration, for example, in a state where the drug history 8 related to the latest prescription is displayed at the top of the drug history list 53, if there is a drug displayed in the predetermined color in the prescription item 80a, Since the user can immediately know that the drug is the first drug prescribed to the target patient, he / she can take appropriate measures such as giving a polite explanation about the drug. Also, for example, by performing a side-scrolling operation, the user can immediately know, for example, when the currently prescribed drug is first prescribed to the target patient.

In the above embodiment, switching from the reference screen 5 to the input screen 6 is performed in response to a tap operation on the display area of the first drug history 8 in the drug history list 53, but this tap operation is performed. It may be allowed only when the drug history 8 in which the instruction item 80b is blank is arranged at the head of the history list 53. In this way, it is possible to prohibit the re-editing of the previously created drug history 8.

In the above embodiment, the drug history list 53 is divided into a fixed region 53a and a variable region 53b, but the fixed region 53a is not essential. That is, the entire drug history list 53 may be the variable region 53b.

In the above embodiment, input to all or part of each item field 620 provided in the input field 62 of the input screen 6 may be performed by voice input.

In the above embodiment, when an icon displayed as "upper input" is provided in all or a part of each item field 620 provided in the input field 62 of the input screen 6, and the user operates this icon, The input receiving unit 36 may acquire the contents of the higher rank (for example, the top 5 ranks) having a high input frequency in the item field 620 from the cloud server 2 and display the contents in a list. Then, when the user selects any of the listed contents, the input receiving unit 36 may automatically input the selected contents into the item field 620.

In the above embodiment, a function of sending the report 9 created by the report creation unit 38 to the e-mail address specified by the user by e-mail may be further provided. According to this configuration, the work of sending the report 9 to the doctor in charge and the care manager can be simplified.

In the above embodiment, the report 9 is prepared based on the drug history 8 accumulated in the cloud server 2 (that is, indirectly using the information input via the input screen 6). However, at least some items in the report 9 may be created by directly using the information input via the input screen 6. That is, the report creation unit 38 may create the report 9 from the information input via the input screen 6. In this case, the report preparation unit 38 extracts and extracts the items corresponding to the sub-items 910 included in the instruction item 90b of the report 9 from the plurality of item fields 620 provided in the input field 62. The content entered in each item field 620 is read out and described in the corresponding sub-item 910 of the report 9. According to such an aspect, the report 9 can be prepared even when the instruction items 90b included in the report 9 include items that do not overlap with the instruction item 80b of the drug history 8. ..

In the above embodiment, in each item field 620 provided in the input field 62, information other than the information that should be held as the drug history 8 or the report 9 (for example, various kinds of information that should be managed and held by the pharmacy). An item field 620 for inputting information, etc.) may be included.

In the above embodiment, an icon for displaying a calendar is provided near an input field for inputting a date by the user (input field 41 on the patient selection screen 4, date selection field 52 on the reference screen 5, etc.). When the user operates this icon, a calendar is displayed, and when the user selects an arbitrary date from the calendar, the selected date may be input to the input field.

In the above embodiment, it is assumed that the master device 1 is connected to each device 101 to 103 installed in the pharmacy PH via a private network constructed with a private IP address, and each device 1 is connected via this private network. Although it is assumed that various information 7a and 7b are acquired from the devices 101 to 103, the master device 1 acquires various information 7a and 7b from the devices 101 to 103 via a recording medium such as a dedicated USB memory. It may be a thing.

In the above embodiment, the user terminal device 3 is composed of a tablet type computer, but the user terminal device 3 may be composed of a stationary computer other than the tablet type, a smartphone or the like. It may be configured by the mobile information terminal of.

In the above embodiment, it is assumed that a part of each function unit 31 to 39 included in the medication instruction support system 100 is realized in the cloud server 2 and the rest is realized in the user terminal device 3, but each function unit 31 The mode in which the device to realize ~ 39 is not limited to the above-exemplified one, and can be appropriately changed. For example, as shown in FIG. 14, only the input receiving unit 36 is realized on the user terminal device 3, and the other functional units 31 to 35, 37 to 39 are realized on the cloud server 2. You may. Alternatively, among the functional units 31 to 39, only the functional portion that receives various operations from the user is realized on the user terminal device 3 side, and all other functions are realized on the cloud server 2 side. Good. On the contrary, all of the functional units 31 to 39 may be realized on the side of the user terminal device 3. Further, at least a part of each functional unit 31 to 39 may be realized in the master device 1.

Other configurations can be modified in various ways without departing from the spirit of the present invention.

1 Master device 2 Cloud server 3 User terminal device 31 Patient selection reception unit 32 Drug history acquisition unit 33 Drug history list display control unit 34 1st switching unit 35 2nd switching unit 36 Input reception unit 37 Drug history creation unit 38 Report creation Part 39 Screen switching part 4 Patient selection screen 5 Reference screen 53 Medication history list 53a Fixed area 53b Variable area 6 Input screen 8 Medication history 80 items 810 Sub-items 80a Prescription items 80b Guidance items 9 Report 90 items 910 Sub-items 90a Bibliographic items 90b Guidance item 100 Medication guidance support system

Claims (7)

A medication history acquisition department that acquires multiple medication histories including items that describe prescription details and information related to medication guidance, and
A drug history list display control unit that displays a drug history list in which multiple drug histories of the target patient are arranged on the display unit,
The first switching unit that switches the drug history displayed in the drug history list according to the operation from the user,
A second switching unit that independently switches the displayed items for each of the plurality of drug histories displayed in the drug history list according to the operation from the user.
A medication guidance support system that is characterized by being equipped with. The medication guidance support system according to claim 1.
In the drug history list, the drug history is arranged in chronological order of creation.
When the first scroll operation in the direction of arranging the drug history is performed on the drug history list, the first switching unit displays the drug displayed in the drug history list in response to the first scroll operation. Switch history,
This is a medication guidance support system. The medication guidance support system according to claim 2.
The drug history list is divided into a fixed region and a variable region juxtaposed in the arrangement direction of the drug history.
When the first scroll operation is allowed for the variable region and the first scroll operation is performed for the variable region, the first switching unit switches the drug history displayed in the variable region.
The first scroll operation on the fixed area is not allowed, and a predetermined drug history continues to be displayed in the fixed area.
This is a medication guidance support system. The medication guidance support system according to any one of claims 1 to 3.
The arrangement direction of the items in each drug history displayed in the drug history list is the direction orthogonal to the arrangement direction of the drug history.
When the second scroll operation in the direction orthogonal to the arrangement direction of the drug history is performed for any of the plurality of drug histories displayed in the drug history list, the second switching unit performs the second scroll operation. The item displayed in the drug history is switched according to the scroll operation.
This is a medication guidance support system. The medication guidance support system according to any one of claims 1 to 4.
A screen switching unit that switches the display of the display unit between a reference screen on which the medication history list is displayed and an input screen that accepts input of information related to medication instruction.
A medication guidance support system that is characterized by being equipped with. The medication guidance support system according to claim 5.
A drug history creation unit that creates a drug history using the information input via the input screen,
A report creation unit that creates a report using the information input via the input screen, and
A medication guidance support system that is characterized by being equipped with. The medication guidance support system according to any one of claims 1 to 6.
The display unit is a display unit included in a tablet computer.
The computer includes a touch panel configured integrally with the display unit.
This is a medication guidance support system.

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