JP2015207195A - Progress state management system and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To efficiently supply medicine by reducing redoing of work even when plural pharmacists carry out tasks of medicine supply work through division of labor.SOLUTION: A progress state management system to be used by plural persons in charge in order to carry out medicine supply work per patient, includes: button generation means for generating display data that displays buttons for selecting plural tasks related to the supply work, in a sequence of the tasks; display control means for displaying for a predetermined task, supply work per patient that is allocated to the predetermined task, in a predetermined order; and change medicine specification means for specifying a candidate medicine per task that may be changed when carrying out the task, among medicines of received supply work. In the progress state management system, a patient order, in the case where a candidate medicine exists, that is displayed for a task of a previous order is displayed in an order after that order for a task of a subsequent order.

Description

  The present invention relates to a progress management system and program for supporting a task of providing a medicine.

  The development of information processing technology has spread widely to medical institutions such as pharmacies that dispense and provide drugs, increasing convenience. For example, in medical institutions, computers such as a receipt computer that supports the creation of a receipt (medical remuneration statement) have been known so far, and it is possible to create a receipt without the need for advanced specialized knowledge or complicated calculations. ing. In recent years, a system that electronically manages patient information such as a medical history and supports a drug providing operation has become widespread.

  Patent Document 1 discloses a system for supporting a medicine providing work in which icons corresponding to the work constituting the providing work are arranged and displayed in accordance with the work procedure in the medicine providing work. In this system, it is described that a plurality of pharmacists can divide a lot of work for one patient and can efficiently provide medicine.

JP 2013-97742 A

  By the way, in the medicine supply work, if the work is performed according to a predetermined order, the work order is determined so that it is not necessary to redo the work in the subsequent order. However, when a plurality of pharmacists perform a number of tasks as described above, there is a case where the pre-order operation is started after the post-order operation is completed. In this case, when the provision contents of the medicine are changed in the previous order, the work in the subsequent order has to be performed again. In other words, conventionally, when a plurality of pharmacists divided and performed the work of providing medicines, redoing occurred and the medicines could not be provided efficiently.

  The present invention has been made in view of such a problem, and even if a plurality of pharmacists perform the work of providing medicines, the number of redoes is reduced and the medicine can be provided efficiently. For the purpose.

In order to achieve the above object, a progress management system according to one aspect of the present invention is a progress management system used by a plurality of persons in charge and used for providing a medicine for each patient,
Button generation means for generating display data for displaying a button for selecting a plurality of operations related to the provided work in the order of the operations;
In a predetermined work, display control means for displaying the provision work for each patient allocated to the predetermined work in a predetermined order;
A change medicine specifying means for specifying candidate medicines that can be changed when the work is performed among the received medicines of the provision work;
The order of the patients when there is the candidate drug displayed in the pre-order operation is displayed in a lower order than the order in the post-order operation.

  According to the present invention, even if a plurality of pharmacists perform the work of providing medicine, the number of redoes can be reduced and the medicine can be provided efficiently.

It is a figure which shows the structure of a progress condition management system. It is a figure which shows an example of the display screen displayed on a person in charge apparatus. It is a figure which shows the outline | summary of a chemical | medical agent provision business. It is a block diagram which shows the function structure of a person in charge apparatus. It is a figure which shows the business log database of a memory | storage part. It is a figure which shows the medicine history database of a memory | storage part. It is a figure which shows the attached document database of a memory | storage part. It is a figure which shows an example of the display screen displayed when the person in charge of a pharmacy performs work. It is a figure which shows an example of distribution of the operation | work which comprises chemical | medical agent provision work. It is a flowchart which shows the flow of a process of a progress condition management system.

[First Embodiment]
Embodiments of the present invention will be described below with reference to the drawings.

[Outline of Progress Management System 100]
Referring to FIG. 1, the progress management system 100 of the present invention is configured to include person-in-charge devices 1a... 1n used by persons in charge on the pharmacy side.

  The person-in-charge devices 1a... 1n are terminal devices used by persons in charge of each work constituting the medicine providing business. In this embodiment, for example, the person in charge device 1a is used by the person in charge, the person in charge device 1b is used by the person in charge of the person in charge, and the person in charge device 1c is used by the person in charge of the person in charge. Of course, the person-in-charge devices 1a to 1n may be used not only by one person in charge but also shared by a plurality of persons in charge. In addition, since the configuration of the person-in-charge devices 1a... 1n is basically the same, the person-in-charge devices 1a.

The person-in-charge device 1 is intended to provide multifaceted support in the pharmacy, and is realized by a keyboard, a touch panel, or the like in addition to a control unit that performs various arithmetic processes and a storage unit that stores various information. A general-purpose personal computer including an input unit and a display unit using a display. Such a person-in-charge apparatus 1 has various programs installed therein, and the control unit operates according to these programs, thereby providing a service sharing function unique to the present invention in addition to the receipt control function and the drug history management function. .
The provided work sharing function is a function that distributes medicine supply work for each work and manages the priority of the provided work in each work.

  Here, "providing work" refers to a series of processes from receiving a prescription to providing a drug. The pharmacist's expertise is used to optimize the pharmacist instructed based on the diagnosis. It means to monitor the progress and results, grasp the evaluation and problems, and communicate to doctors and patients. In addition, “operation” refers to individual processing (for example, prescription auditing, dispensing, medicine delivery accounting, etc.) constituting the business.

  That is, the work is constituted by each work, and a plurality of work is performed in order to provide medicine to one patient. Multiple tasks are processed in a predetermined order so that no re-execution occurs, but rather than a person in charge performing a series of tasks on a single patient, the tasks are divided into a single patient. Since it is more efficient that a plurality of persons in charge share work with each other, the person in charge apparatus 1 can share each work of one patient by a plurality of persons in charge and process them simultaneously. Yes.

  The person-in-charge device 1 provides each work when it is determined that the contents of the drug provision work can be changed in the work in the previous order when the work is shared and processed simultaneously by a plurality of persons in charge. The order of processing business is changed.

The handling of the provision work and work in the person-in-charge apparatus 1 will be described with reference to FIG.
FIG. 2 is a screen image displayed on the display unit 30 of the person-in-charge apparatus 1 on which the work and the business of providing medicine to each patient are displayed.
The display unit 30 of the person-in-charge apparatus 1 displays an area 301 in which selection buttons corresponding to the work, which constitute the provided work, are displayed in the order of the work. In addition, when the person in charge performs an operation of selecting one of the selection buttons, an area 302 in which the medicine work of each patient assigned to the work is displayed is displayed on the display unit 30. In the area 302, the services provided to the patient are arranged in a predetermined order. When the person in charge selects the provision work for the patient, the display unit 30 transitions to a screen for performing the work of the provision work for the patient. The work is arranged in a predetermined order, and the provided work is arranged in the predetermined order in the work, but the person in charge is not necessarily able to process in this order.

In FIG. 2 (1), the example of a screen at the time of performing prescription inspection work selection operation is displayed, and in FIG. 2 (2), the example of the screen at the time of dispensing operation selection operation is displayed. It is displayed.
For example, in the medicine provision work for the patient V, when the patient information input is received in the work of reception by the person-in-charge apparatus 1a, the medicine provision work for the patient V is assigned to work such as prescription inspection, dispensing, medicine delivery accounting, and the like. In each work, the medicine supply work of each patient is assigned. For example, in the person-in-charge apparatus 1b, the prescription audit work is selected, and in the prescription audit work, the supply work 131 to the patient V and the patient W are performed. Providing service 132 and providing service 133 to patient X are arranged in order. Also, for example, in the person-in-charge apparatus 1c, the dispensing operation is selected, and in the dispensing operation, the providing operation 134 for the patient V, the providing operation 135 for the patient Y, and the providing operation 136 for the patient W are arranged in order. Yes.
Here, the order of patient processing differs between the prescription inspection work and the dispensing work. The reason why the order is different is that patient Y falls under the contraindication for combined use, and therefore, there is a high possibility that the medicine to be delivered in the prescription inspection work will be changed. For this reason, if dispensing is performed before the prescription inspection work, there is a high possibility that the medicine will be changed and the dispensing work will be redone. Is the recommended arrangement.
That is, the order of patients when there is a candidate drug (drug contraindicated drug) displayed in the pre-order work (prescription audit work) is lower than the order in the pre-order work in the post-order work (dispensing). Are displayed in the order.

Next, with reference to FIG. 3, the operation | work which comprises a chemical | medical agent provision work is demonstrated concretely.
FIG. 3 is a conceptual diagram for explaining a medicine providing operation and work.
In Fig. 3 (1), after receiving a prescription from the patient at the window, the business dispenses the drug according to the prescription, and when the final inspection confirms that the dispensing is appropriate, the drug is provided to the patient at the window It consists of a series of flows.

As an example, such a drug providing operation includes the operations shown in FIG. 3 (2), that is, "reception", "medicine history confirmation", "prescription audit", "patient information collection", "dispensing design", "medicine explanation", "dispensing decision""Dispensing""Finalinspection""Drug delivery accounting". Some of these operations can proceed independently of each other. In the present embodiment, these operations are divided by a plurality of persons in charge. For example, among the tasks that make up the drug provision work, the person in charge is in charge of “reception”, the person in charge is in charge of “medicine history confirmation”, “prescription audit”, “dispensing design”, and “collect patient information” The person in charge is in charge of “Explanation on medication” and “Drug delivery accounting”, the person in charge is in charge of “Dispensing decision” and “Final inspection”, and the person in charge of “Dispensing” is in charge.
In addition, one person in charge of one work may be in charge of one work by a plurality of persons in charge.

  The “reception” operation is an operation for receiving a prescription brought by the patient and inputting the content of the prescription. The “medicine history confirmation” operation refers to an operation of confirming a history of medicines delivered to a patient in the past. In addition, the “prescription audit” work refers to patient information, drugs given in the past, and drugs listed in prescriptions, confirms whether there are any drugs that should be taken, and should refrain from taking them. When there is a drug that is said to be, it refers to the work of changing the prescription drug by contacting the doctor who issued the prescription. The “patient information collection” operation refers to an operation for hearing information from the patient that may affect the patient's constitution, lifestyle, drug side effects, and the like. Also, “Dispensing design” means how to classify medicine bags into which medicines are to be stored, perform processing such as splitting and crushing medicines, or packaging into a single package for each dose. This refers to the work of designing the dispensing method. In addition, “explanation regarding medication” refers to an operation for explaining to the patient the time and frequency of medication and how to take the medication. “Dispensing determination” refers to an operation of deciding to dispense based on a drug designed for dispensing. “Dispensing” refers to an operation of collecting, processing, packaging, and putting a medicine into a medicine bag based on the dispensing design. The “final inspection” is an operation for checking whether there is an error in the upstream operation. In addition, “drug delivery accounting” refers to an operation of delivering a dispensed drug to a patient and accounting.

[Functional configuration of person-in-charge apparatus 1]
Next, the functional configuration of the person-in-charge device 1 for exhibiting the business assignment function will be described with reference to FIG. When demonstrating the business assignment function, the control unit 10 of the person-in-charge apparatus 1 includes a button generation unit 11, a business reception unit 12, a changed medicine specifying unit 13, a work distribution unit 14, and a display control unit 15. Have. The storage unit 20 includes a business log database 21, a drug history database 22, and an attached document database 23.

Various databases provided in the storage unit 20 will be described. First, the business log database 21 will be described with reference to FIG.
FIG. 5 is a conceptual diagram showing the data structure of the work log database 21. The business log database 21 is composed of a business log for managing the medicine supply work and a work log for managing each work constituting the medicine supply work. FIG. 5 (1) shows a work log, and FIG. 5 (2) shows a work log of each work constituting the medicine supply work of the work A02 stored in the work log.
The business log includes a “prescription drug”, a “reception number”, a “patient”, a “start time”, and an “end time” in association with the “business” that identifies the drug provision business. Composed. In the work log, “person in charge”, “input information according to work”, “start time”, and “end time” are associated with each “work” constituting the medicine providing work. Consists of including.
When the medicine provision work is accepted, a new “work” is added to the work log, and a work log corresponding to the “work” is newly generated. When a new work log is generated, the fields such as “person in charge”, “input information according to work”, “start time”, and “end time” in the work log remain empty (blank).

Next, the drug history database 22 will be described with reference to FIG.
FIG. 6 is a conceptual diagram showing the data structure of the drug history database 22. The drug history database 22 is a DB that stores information on a patient's drug history, such as prescription drugs accepted at a pharmacy and delivered drugs, and includes a “prescription ID”, a “patient name”, and a “reception date”. The medicine includes a “prescription medicine” that is a medicine described in the prescription, a “delivery medicine” that is an actually delivered medicine, and a “residual medicine” that is the number of remaining medicines interviewed by the patient.
The prescription medicine, the delivery medicine, and the remaining medicine stored in the medicine history database 22 are used by the changed medicine specifying unit 13 described later to specify the possibility of change for each operation.

Next, the attached document database 23 will be described with reference to FIG.
FIG. 7 is a conceptual diagram showing the data structure of the attached document database 23. The attached document database 23 is a database that mainly stores the description content of the attached document, which is an explanatory document of the medicine, and includes “medicine ID”, “medicine name” that is the name of the medicine, and general components of the medicine. "Generic name" as the name, "medicine effect / mechanism of action" as the drug's efficacy and mechanism of action, "indications such as contraindications", which is a disease that the drug should refrain from taking, and other drugs And “contraindications and other drugs” which are drugs that should be avoided in combination.
Drugs such as generic names, medicinal effects / mechanisms of action, contraindications, and contraindications stored in the package insert database 23 are used to specify the possibility of change for each operation in the changed drug specifying unit 13 described later. The

  Note that the database stored in the storage unit does not necessarily have to be stored in the person-in-charge device 1 itself, as long as each of the plurality of person-in-charge devices 1 is freely accessible.

  Returning to FIG. 4, the button generation unit 11 generates display data for displaying buttons for selecting a plurality of operations related to a medicine supply operation in the order of the operations. More specifically, the button generation unit 11 reads out selection buttons corresponding to each work from the storage unit 20, and generates display data including a selection unit in which the selection buttons are arranged in a predetermined order.

  Note that the predetermined order is arranged such that when a medicine supply operation is performed, if the work is performed in compliance with the order, the work that has already been performed is not required to be repeated unless there is a mistake. For example, in the prescription audit that checks whether there is no problem in administering the drug to the patient and the preparation that is prepared by adjusting and packaging the drug to be administered, if the prescription audit is performed after dispensing, the prescription audit If a drug that cannot be used in combination is found, it must be dispensed again. Therefore, in a predetermined order, the prescription audit is arranged upstream and the dispensing is arranged downstream. In the present embodiment, the predetermined order is “reception”, “medicine history confirmation”, “prescription audit”, “patient information collection”, “dispensing design”, “explanation regarding medication”, “dispensing decision”, “dispensing”, “final inspection”, “medicine” It is organized in the order of “accounting for delivery”.

Display data including a selection unit that displays buttons generated by the button generation unit 11 in the order of operations will be described with reference to FIG.
FIG. 6 is an image diagram of one screen displayed on the display unit 30 of the person-in-charge apparatus 1. As shown in FIG. 6A, the selection unit 120 includes selection buttons 121A, 121B,... 121J and person-in-charge displays 122A, 122B. The selection unit 120 configured as described above is displayed in a lower area of the display unit 30 of the person-in-charge apparatus 1 as shown in FIG.

The selection buttons 121A to 121J (hereinafter may be referred to as “selection buttons 121”) correspond to each work constituting the drug providing business such as “reception”, “medicine history check”, “medicine delivery accounting”, and are in charge. Accepts selections from people. When the selection button 121 is selected by the person in charge, information related to the button type is displayed in the central area of the display unit 30. FIG. 6B shows a display example when the selection button 121D corresponding to “Patient information collection” is selected, and an area 301 for collecting patient information is displayed in the central area of the display unit 30. ing.
The person-in-charge displays 122A and 122B (hereinafter also referred to as “person-in-charge display 122”) display the persons in charge who are in charge of the corresponding work in the medicine providing business. In FIG. 6, “Patient information collection” of the drug provision work for the patient “Ichiro Higashi Nihon” is performed by “Hanako Nishi” and the detailed screen is displayed. At the same time as “collecting patient information”, it is displayed that “Taro Taro” is in charge of the “prescription audit” of the drug provision work for the patient “Ichiro Higashi Nihon” performed by another person in charge device 1. Yes.

Returning to FIG. 4, the business reception unit 12 receives an input of a drug supply business from the person in charge, and stores the received content in the storage unit 20.
Specifically, the task reception unit 12 receives patient information and drug information described in a prescription as a drug providing task from a person in charge. The business reception unit 12 stores the received patient information and drug information in the business log database 21 and the drug history database 22.

The changed medicine specifying unit 13 specifies, for each work, candidate medicines that can be changed when the work is performed, among the received medicines for the provided work.
Here, the candidate drug is a drug received by the business reception unit 12 or a drug whose received drug is changed in the course of work, and may be changed from a different drug when an unprocessed work is performed, or When there is a possibility of being deleted if unprocessed work is performed, it means a drug that may be changed or deleted. The possibility of change or deletion is a drug with the same general name as the received drug. (When there are so-called generic drugs), when there are other drugs or diseases that are contraindicated in the received drugs, when there are remaining drugs in the received drugs, and when there are duplicate drugs in the received drugs, etc. It has become.

  Contraindications mean that serious side effects may occur or are likely to occur when a drug is used in combination with other drugs or when a drug is administered to a patient with a given disease. It means being relaxed. Moreover, a remaining medicine means the case where there exists a predetermined number or more of medicine which is not taking in a patient about a certain medicine. Duplication means taking a plurality of types of drugs having the same action mechanism.

  Specifically, the changed drug identification unit 13 refers to the package insert database 23 and, when there is a drug or a disease that is contraindicated for use in the received provision work, it is contraindicated in the prescription audit work. Identify the drug as a candidate drug. In addition, the changed medicine specifying unit 13 refers to the attached document database 23, and when there is another medicine with a general name among the medicines of the received provision work, the other medicine with the general name is included in the dispensing design work. A drug is identified as a candidate drug. In addition, the changed medicine specifying unit 13 refers to the medicine history database 22, and if there is a medicine with a residual medicine among the medicines in the received provision work, the medicine with the residual medicine is a candidate in the patient information collection work. Identify as a drug. In addition, the changed medicine identification unit 13 refers to the attached document database 23 and identifies a contraindicated drug as a candidate drug in the prescription inspection work when there are duplicate drugs among the drugs in the received provision work.

For example, in the provision work of the medicine B and the medicine D for the patient W, the changed medicine specifying unit 13 refers to the package insert database 23 and confirms that the medicine B and the medicine D are contraindicated for combined use. And the change chemical | medical agent specific | specification part 13 specifies the chemical | medical agent B and the chemical | medical agent D as a candidate chemical | medical agent in the operation | work of prescription inspection.
In addition, for example, in the business of providing the drug A, the drug B, and the drug C to the patient Y, the changed drug specifying unit 13 refers to the attached document database 23 and has the same general name as the general name c of the drug C. Confirm that drug E is present. And the change chemical | medical agent specific | specification part 13 specifies the chemical | medical agent C as a candidate chemical | medical agent in the operation | work of a dispensing design.
In addition, for example, in the provision work of the medicine A and the medicine C for the patient P, the changed medicine specifying unit 13 refers to the medicine history database 22 and confirms that there is a remaining medicine in the medicine C that exceeds the current prescription. . And the change chemical | medical agent specific | specification part 13 specifies the chemical | medical agent C as a candidate chemical | medical agent in the operation | work of a dispensing design.
In addition, for example, in the operation of providing the drug A and the drug G to the patient Q, the changed drug specifying unit 13 refers to the package insert database 23 and the drug A and the drug G have the same efficacy / mechanism. Confirm that it is an antagonist. And the change chemical | medical agent specific | specification part 13 specifies the chemical | medical agent A and the chemical | medical agent G as a candidate chemical | medical agent in the operation | work of prescription inspection.

When there is a candidate drug in the work in the previous order, the work distribution unit 14 distributes the provision work including the candidate medicine into a plurality of work so that it is processed after the other provision work in the post-order work. Specifically, the work distribution unit 14 divides the provided work into each work, and when there are a plurality of unprocessed provided works in the work, When there is a provision work including a candidate drug in the pre-order operation, the post-order work is assigned to the work so as to reduce the priority of the order of processing the provision work.
In this way, the work distribution unit 14 distributes the provided work, so that the display control unit 15 described later determines the order of patients when there is a candidate drug displayed in the pre-order operation in the post-order operation. Is displayed in the order below.

When there is a candidate drug in the work in the previous order, the work distribution unit 14 needs to distribute the provision work including the candidate medicine to a plurality of work so that it is processed later than other provision work in the post-order work. Explain sex. In addition to the person in charge in charge of a single patient consistently in charge of providing medicines, a plurality of persons in charge are divided and assigned to perform only predetermined tasks. By dividing the labor, it is possible to eliminate the trouble of performing only the work in charge and switching to another work, and if there is no need to redo the work, the efficiency of the entire medicine providing work is improved. However, if the medicine supply work is performed in a division of labor, the work is not performed according to the predetermined order, so if a change occurs in the work before the predetermined order, it is necessary to redo the subsequent work. When such a change occurs, there is a problem that the efficiency of the drug providing operation of the patient is deteriorated.
For example, in the prescription inspection work, is there any medicine that should not be taken while referring to the display unit of the person-in-charge device 1 (patient information, medicines given in the past and medicines listed in the prescription)? The dispensing operation is a task of collecting and processing the medicine in the dispensing chamber while referring to the display unit (indicating the medicine and dispensing contained in the prescription) etc. It is possible to work separately and work at the same time, and if there is no change in the prescription audit, it is more efficient to do it at the same time, but the prescription audit that is the previous work in a predetermined order is more efficient. When a drug that is supposed to be taken is discovered and the contents of the drug to be delivered are changed, it is necessary to redo the collection and processing of the drug in the subsequent work in the prescribed order, which But Kuna' and will.
Therefore, when there is a provision work that may be changed in a certain work, by making it difficult for the processing order to be redone in a work after a certain work, multiple pharmacists can perform the work of the medicine provision work. Even if the work is divided, the work is distributed in order to reduce the number of redoes and to provide the drug efficiently.

Here, an example of work distribution will be specifically described with reference to FIG.
FIG. 9 is a conceptual diagram showing an image of work distribution, and shows prescription inspection, dispensing design, and dispensing work in a predetermined order among a plurality of works. In FIG. 9, (symptom) indicates that the drug is a candidate drug in the work, and (1) to (4) indicate the order of processing of the provided work in the work.
EX1 shows the work before allocating the work provided to the patient Y, and EX2 shows the work after allocating the work provided to the patient Y. The distribution work to be distributed is a work to be provided to the patient Y and includes a candidate drug in the dispensing design.

For example, when the work distribution unit 14 assigns the provision work to the patient Y to the prescription audit work, the work provision to the patient Y does not have a candidate drug in the work in the order before the prescription audit. The work to be provided to the patient Y is distributed in the order of the fourth processing according to the order of acceptance.
In addition, for example, when the work distribution unit 14 assigns the work to be provided to the patient Y to the work of the dispensing design, the work to be provided to the patient Y has a candidate drug in the work in the order before the dispensing design. Although there is no candidate drug in the prescription audit, which is a pre-order operation prior to dispensing design, the provision work to patient W is provided to patient Y in the order in which the provision work to patient W is processed later Distribute business. That is, the work distribution unit 14 distributes the provided work so that the provided work for the patient Y is processed third and the provided work for the patient W is processed fourth.
In addition, for example, when the work distribution unit 14 assigns the work to be provided to the patient Y to the work of dispensing, the work to be provided to the patient Y has a candidate drug in the dispensing design that is a work in an order prior to the dispensing. Therefore, the provision work to the patient Y is distributed in the order in which the provision work to the patient Y is processed later. However, since the provision work to the patient W also has a candidate drug in the prescription audit which is a pre-order work from the dispensing, the work distribution unit 14 may replace the provision work having the candidate medicine in the pre-order work. Sort in order of acceptance. That is, the work distribution unit 14 distributes the provided work so that the provided work for the patient W is processed third and the provided work for the patient Y is processed fourth.

The display control unit 15 performs display control on the display unit 30.
As an example, the display control unit 17 displays the selection buttons 121 generated by the button generation unit 11 on the display unit 30 in a predetermined order.
In addition, the display control unit 15 accepts the selection of the selection button 121 and displays the medicine supply tasks side by side on the display unit 30 as the work distribution unit 14 distributes. That is, the display control unit 15 displays the provided work for each patient assigned to the predetermined work in the predetermined work in a predetermined order, but there is a patient when there is a candidate drug displayed in the previous work. Are displayed in an order lower than the order in the post-order operation.

  Here, the predetermined order indicates a priority order in which the provided work is processed in the work, and is rearranged depending on whether the provided work can be changed in the work in the previous order on the basis of the order in which the provided work is received. ing.

[Process of Progress Management System 100]
Next, processing of the progress management system 100 will be described with reference to FIG.
FIG. 9 is a flowchart showing a processing flow of the progress management system 100. The person-in-charge device 1 constituting the progress management system 100 receives the login operation of the person in charge at the pharmacy and starts processing.
The button generation unit 11 of the person-in-charge apparatus 1 generates display data for displaying buttons for selecting a plurality of operations related to the medicine supply business in the order of operations (step S1).
The display control unit 15 of the person-in-charge apparatus 1 displays a display including buttons on the display unit 30 based on the display data generated in step S1 (step S2).

The display control unit 15 of the person-in-charge apparatus 1 accepts an operation in which a person in charge at the pharmacy selects a button corresponding to the reception work (step S3).
The display control unit 15 of the person-in-charge apparatus 1 confirms whether the selected button is a reception operation (step S4). When the selected work is reception, the display control unit 15 advances the process to step S5. When the selected work is not reception, the display control unit 15 advances the processing to step S11.

The display control unit 15 of the person-in-charge apparatus 1 displays a screen for accepting a drug providing operation on the display unit 30 (step S5).
The work reception unit 12 of the person-in-charge apparatus 1 receives an input of a medicine supply work from the person in charge, and stores the received content in the storage unit 20 (step S6).

The changed medicine specifying unit 13 of the person-in-charge apparatus 1 specifies, for each work, candidate medicines that can be changed when the work is performed among the received medicines for the provided work (step S7).
The work distribution unit 14 of the person-in-charge apparatus 1 has a plurality of provision jobs including candidate drugs in the post-order work after the other work, when the candidate medicine is included in the work in the pre-order. (Step S8).

  The display control unit 15 of the person-in-charge apparatus 1 confirms whether an operation for selecting a button has been accepted (step S9). When an operation for selecting a button is received (YES), the display control unit 15 advances the process to step S4. When the operation for selecting the button is not accepted (NO), the display control unit 15 advances the process to step S10.

  The control unit 10 of the person-in-charge apparatus 1 confirms whether an operation for ending the process has been received (step S10). When the operation for ending the process is not accepted (NO), the control unit 10 advances the process to step S5. When the operation for ending the process is received, the control unit 10 ends the process.

  The display control unit 15 of the person-in-charge apparatus 1 confirms whether or not there is a provided service for the work corresponding to the selected button (step S11). If there is a distributed provided task, the display control unit 15 advances the process to step S12. If there is no provided service, a message indicating that there is no service is displayed, and the process is suspended until the service is distributed.

The display control unit 15 of the person-in-charge apparatus 1 displays the provided tasks sorted for the work corresponding to the selected button in the order that the person in charge of the pharmacy assigned by the work sorting unit 14 should process ( Step S12).
In addition, the display control unit 15 displays the provided work for each patient assigned to the predetermined work in the predetermined work in a predetermined order, but is displayed in the work in the previous order by the distribution of the provided work in step S8. The order of patients when there is a candidate drug is displayed in an order lower than the order in the post-order operation.

The display control unit 15 of the person-in-charge apparatus 1 receives a selection of provision work from the person in charge at the pharmacy (step S13).
The display control unit 15 of the person-in-charge apparatus 1 displays a display screen for the person in charge at the pharmacy to process the selected work and provision work on the display unit 30 (step S14).
The person in charge refers to the display screen displayed in step S14, confirms information necessary for the selected work and provision work, and inputs necessary information.
For example, the person in charge confirms on the display screen that the medicine B and the medicine D correspond to the contraindication of combination during the provision work for the patient W in the prescription inspection work, and inquires to the doctor who prescribed the medicine. Enter information to exclude D.

  The display control unit 15 of the person-in-charge apparatus 1 confirms whether an operation for selecting a button has been accepted (step S15). When an operation for selecting a button is received (YES), the display control unit 15 advances the process to step S4. When the operation for selecting the button is not accepted (NO), the display control unit 15 advances the process to step S16.

  The control unit 10 of the person-in-charge apparatus 1 confirms whether an operation for ending the process has been received (step S17). When the operation for ending the process is not accepted (NO), the control unit 10 advances the process to step S12. When the operation for ending the process is received, the control unit 10 ends the process.

The present embodiment has been described above. In such a progress status management system 100, the button generation unit 11 generates display data for displaying buttons for selecting a plurality of operations related to a medicine providing operation in the order of operations. Moreover, the change medicine specific | specification part 13 specifies the candidate chemical | medical agent which can be changed when work is performed for every work among the chemical | medical agents of the received provision work. Then, when there is a candidate drug in the pre-order operation, the work distribution unit 14 performs a plurality of operations so that the provision work including the candidate medicine is processed after the other provision work in the post-order work. Distribute.
As a result, pharmacists who perform post-order work can prioritize provision work that is unlikely to be changed over provision work that is likely to be changed. Even if the work of work is divided, it is possible to reduce the number of redoes and efficiently provide the medicine.

  As mentioned above, although embodiment of this invention was described, this invention is not restricted to embodiment mentioned above. Further, the effects described in the present embodiment are merely a list of the most preferable effects resulting from the present invention, and the effects of the present invention are not limited to those described in the present embodiment.

  Further, the present invention can be applied to a terminal device having the functional configuration shown in FIG. At this time, having the functional configuration shown in FIG. 4 means that in addition to installing software that realizes the functional configuration in the terminal device, the terminal device uses the software installed in a predetermined server via the network. Includes possible states. That is, the present invention can also be applied to a so-called ASP service that provides business applications to customers through the Internet.

  In the present embodiment, the predetermined order is “reception”, “medicine history confirmation”, “prescription audit”, “patient information collection”, “dispensing design”, “explanation regarding medication”, “dispensing decision”, “dispensing”, “final inspection”, “ `` Drug delivery accounting '' is organized in the order, but if you follow the order when performing drug provision work, it is arranged so that it is not necessary to redo if there is no mistake in the work already done Well, the present invention is not limited to this. For example, the operations may be further subdivided / integrated, and any of the operations may be added / excluded.

Further, in the present embodiment, when there is a candidate drug in the pre-order operation, the work distribution unit 14 may process the provision work including the candidate medicine after the other provision work in the post-order work. However, the range to be processed later may be limited to a certain range.
Here, the certain range refers to the order in which the processing of the provision work will be completed in the work in the previous order. For example, the range to be processed later is limited to the order from the acceptance order to the fifth order. May be.

  Further, in the present embodiment, when there is a candidate drug in the pre-order operation, the work distribution unit 14 may process the provision work including the candidate medicine after the other provision work in the post-order work. However, if it is determined whether or not the candidate drug can be changed in the previous order of work, the work may be assigned again in the order of acceptance.

The series of processes described above can be executed by hardware or can be executed by software.
In other words, the functional configuration of FIG. 4 is merely an example, and is not particularly limited. That is, it is sufficient that the computer has a function capable of executing the above-described series of processes as a whole, and what functional block is used to realize this function is not particularly limited to the example of FIG.
In addition, one functional block may be constituted by hardware alone, software alone, or a combination thereof.

When a series of processing is executed by software, a program constituting the software is installed on a computer or the like from a network or a recording medium.
The computer may be a computer incorporated in dedicated hardware. The computer may be a computer capable of executing various functions by installing various programs, for example, a general-purpose personal computer.

DESCRIPTION OF SYMBOLS 1 Person in charge apparatus 10 Control part 11 Button production | generation part 12 Business reception part 13 Change medicine specific part 14 Work distribution part 15 Display control part 20 Storage part 21 Business log database 22 Drug history database 23 Attached document database 30 Display part 100 Progress status Management system

Claims (7)

It is a progress management system used by a plurality of persons in charge and used for providing a medicine for each patient,
Button generation means for generating display data for displaying a button for selecting a plurality of operations related to the provided work in the order of the operations;
In a predetermined work, display control means for displaying the provision work for each patient allocated to the predetermined work in a predetermined order;
A change medicine specifying means for specifying candidate medicines that can be changed when the work is performed among the received medicines of the provision work;
The order of patients when there is the candidate drug displayed in the work in the previous order is displayed in an order lower than the order in the work in the subsequent order.
Progress management system. The pre-order operation is a prescription inspection operation or a dispensing design operation.
The progress management system according to claim 1. The post-order operation is a dispensing design operation or a dispensing operation.
The progress management system according to claim 1. The changed medicine specifying means specifies the predetermined medicine as a candidate medicine when there is a medicine having the same general name as the predetermined medicine among the medicines of the providing service,
The progress management system according to claim 1. The changed drug specifying means specifies the predetermined drug as a candidate drug when there is another drug or disease for which the predetermined drug is contraindicated among the drugs of the providing service,
The progress management system according to claim 1. The changed medicine specifying means specifies the predetermined medicine as a candidate medicine when there is a remaining medicine in the predetermined medicine among the medicines of the providing service,
The progress management system according to claim 1. A computer that is used by multiple personnel and used to provide medication for each patient.
Button generation means for generating display data for displaying a button for selecting a plurality of operations related to the provided work in the order of the operations,
Display control means for displaying, in a predetermined order, provision work for each patient assigned to the predetermined work in the predetermined work;
Among the drugs of the provided work received, the candidate medicine that can be changed when the work is performed is caused to function as a change medicine specifying means for specifying for each work,
A program for displaying the order of patients when there is the candidate drug displayed in the work in the previous order in an order lower than the order in the work in the subsequent order.

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