JP2019036355A - Information display system, information display method and program - Google Patents

Abstract

To provide a progress management system and a program with which it is possible for a person in charge to easily grasp the progress of entire business.SOLUTION: Provided is a progress management system used by a person in charge of supplying medicine, comprising: work allocation means for allocating supply business to a plurality of work upon acceptance of medicine supply business; selection unit generation means for generating a work selection unit that includes a plurality of work selection buttons corresponding to the plurality of work allocated by the work allocation means and, by being selected, displaying information associated with corresponding work; termination acceptance means for accepting the termination of work; and display control means for displaying the plurality of work selection buttons in prescribed order that are generated by the selection unit generation means, and producing termination display in the vicinity of the work selection button that corresponds to the work for which termination is accepted by the termination acceptance means. In this progress management system, there could be a state in which work is in progress at the same time in spite of the prescribed order.SELECTED DRAWING: Figure 3

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, systems that electronically manage patient information such as drug history have become widespread.

  Conventionally, since the computer and the system for managing the drug history are hardware independent computers, for example, Patent Document 1 discloses both functions of a computer for a pharmacy having a function of a receptacle and a drug history management function. An effectively linked pharmacy computer is disclosed.

JP 2011-118535 A

By the way, since the drug supply operation is composed of a large number of operations, if one person in charge handles these many operations, it takes time from receiving the prescription to providing the drug, and the patient Makes you wait for a long time. Therefore, in recent years, division of labor has been promoted also in the drug supply work in the pharmacy, and a large number of operations are shared by a plurality of persons in charge. Thereby, since the medicine providing operation is simultaneously performed in parallel by a plurality of persons in charge, it is possible to shorten the time from receiving the prescription to providing the medicine.
In the following, “business” refers to a series of processes from receiving a prescription to providing a drug. It means to monitor the progress and results, grasp the evaluation and problems, and communicate to doctors and patients. More specifically, (1) Prescription information is appropriate for the patient as a “medicine specialist” based on information on pharmaceuticals such as pharmacological viewpoints and the latest pharmaceutical information, and information on patient physiology and living environment. (2) Formulation design (preparation processing such as drug crushing, preparation, mixing, examination of packaging, etc.) so that it can be provided in an optimal manner for patients based on prescription information, and diagnosed Pharmacists instructed based on the pharmacist's expertise to optimize patients individually, monitor their progress and results, grasp evaluations and problems, (3) Deliver with information provision (medicine guidance) to allow patients to use the drug properly (maximize their management ability to avoid interaction or side effects), ( ) Confirm that the patient used it properly, (5) Evaluate the effectiveness after use and confirm the presence or absence of interaction and side effects, (6) A series of information until this information is fed back to the prescription A cycle. In addition, “work” refers to individual processes (for example, reception of prescriptions, dispensing, drug provision, etc.) that constitute a business.

  Here, when work is shared by a plurality of persons in charge, each person in charge performs work independently of other persons in charge, so it is desirable to appropriately grasp the progress of the entire business. In addition, from the patient who accepts the provision of the medicine, it is desired to grasp how long it will be possible to receive the provision of the medicine.

  The present invention has been made in view of such a demand, and an object of the present invention is to provide a progress management system and a program in which a person in charge can easily grasp the progress of the entire business. Another object of the present invention is to provide a progress management system and program capable of notifying a patient who accepts provision of a medicine of the progress of work. It is another object of the present invention to manage and display work so that medicine supply work can be performed efficiently.

(1) A progress management system used by a person in charge for providing a medicine,
Receiving a drug provision work, the work assignment means for distributing the supply work to a plurality of work, and a plurality of the work assigned by the work distribution means, and selected and related to the corresponding work A selection unit generation unit that generates a work selection unit including a plurality of operation selection buttons for displaying information to be performed, an end reception unit that receives an end of the operation, and a plurality of the operation selection buttons generated by the selection unit generation unit. Display control means for displaying in a predetermined order and displaying an end display in the vicinity of the work selection button corresponding to the work whose end has been received by the end receiving means, and the work is performed in a predetermined order. At least the prescription audit work selection button is located upstream of the dispensing work selection button, Hakado situation management systems.

  (2) It further comprises work preprocessing means for confirming whether or not there is information that should be withdrawn based on the medicine information and patient information, and the selecting section generating means is further provided for the received patient to be worked. A patient selection unit including a plurality of patient selection buttons for displaying corresponding information is generated, and the display control means further displays the result confirmed by the work preprocessing means in association with the patient selection button. (1) Progress management system as described in

  (3) The pre-operation estimates the patient's disease based on the prescribed drug, and checks whether there is information that should be taken between the estimated disease and the prescribed drug. The progress management system according to (2).

  (4) The pre-operation is to check whether there is information that should be withheld between prescribed drugs or between prescribed drugs and previously prescribed drugs. The progress management system described in 2).

  (5) The work that is in progress at the same time is a work selected from two different classifications of any one of the group consisting of a patient handling work, an analysis work, and a dispensing room work, (1) to (4) The progress management system according to any one of the above.

  (6) The work that is in progress at the same time is a work selected from two different classifications of the group consisting of patient handling work, analysis work and dispensing room work, respectively, the work of the same classification, The progress management system according to any one of (1) to (4), wherein the state of being in progress at the same time is limited.

  (7) The progress according to any one of (1) to (4), wherein the work that is simultaneously in progress is a work selected from any one of prescription audit, patient information collection, and dispensing. Situation management system.

  (8) When a computer used by a person in charge of providing a drug receives a drug supply operation, the work distribution means for distributing the supply operation to a plurality of operations, and the plurality of the operations distributed by the work distribution unit A selection unit generating unit that generates a work selection unit that includes a plurality of operation selection buttons that display information related to the corresponding task by being selected, an end reception unit that receives an end of the operation, and the selection unit Display control means for displaying a plurality of the work selection buttons generated by the generation means in a predetermined order, and displaying an end display in the vicinity of the work selection button corresponding to the work for which the end is received by the end reception means; The work can be in progress at the same time regardless of a predetermined order, and at least a prescription audit work -Option buttons are those located upstream of the operation selection buttons of the preparation, the program.

  According to the present invention, the person in charge and the patient can easily grasp the progress status of the entire business.

It is a figure which shows the structure of a progress condition management system. 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 log database of a memory | storage part. 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 distribution of the person in charge with respect to the operation | work which comprises chemical | medical agent provision work. It is a figure which shows the calculation method of the progress of a chemical | medical agent provision work, and the progress of each operation | work. It is a figure which shows an example of the display screen displayed with respect to the patient who visited the pharmacy. It is a flowchart which shows the flow of a process of a progress condition management system. It is a block diagram which shows the function structure of a person in charge apparatus. It is a figure which shows the chemical | medical agent database of a memory | storage part. 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 an example of the display screen displayed on a person in charge apparatus.

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

[Configuration of Progress Management System 100]
Referring to FIG. 1, a progress management system 100 according to the present invention informs a patient of a person in charge device 1a,. And a display 3.

The person-in-charge devices 1a... 1n are terminal devices used by persons in charge of each work constituting the medicine providing business.
Here, with reference to FIG. 2 (1), the drug providing service, after receiving a prescription from the patient at the window, dispenses the drug according to the prescription, and when the final audit confirms that the dispensing is appropriate, It consists of a series of flows, such as providing the patient with the drug at the window. As an example, such a drug providing operation includes the operations shown in FIG. 2 (2), that is, "reception", "medicine history confirmation", "prescription audit", "patient information collection", "dispensing design", "explanation regarding medication", "Dispensing""Finalaudit""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, pharmacist A is in charge of “reception”, “patient information collection”, “dispensing”, and “drug delivery accounting” in each of the operations that make up the drug provision work, and “medicine history confirmation” “prescription audit” “dispensing design” “ Pharmacist B is in charge of “Description on medication” and “Dispensing decision”, and Pharmacist C is in charge of “final audit”.
In this embodiment, for example, the person in charge device 1a is used by the pharmacist A, the person in charge device 1b is used by the pharmacist B, and the person in charge device 1c is used by the pharmacist C. 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.

  Here, the “reception” operation means an operation of 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 delivered in the past, and drugs listed in the prescription, confirming that there are no drugs that should be taken, and should refrain from taking drugs. 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 a 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 placed, process medicines such as splitting and crushing medicines, or packaging into one 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 audit” 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.

  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 in accordance with these programs, thereby exhibiting a task sharing function unique to the present invention in addition to the receipt control function and the drug history management function. The work sharing function is a function for sharing the medicine supply work to each person in charge and managing the progress of work by each person in charge.

The administrator device 2 is a terminal device that is used by an administrator who manages each person in charge and has administrator authority such as expansion, change, and restriction of functions of the person in charge device 1. Realized by a personal computer. The administrator device 2 can change, for example, the type and number of operations that make up the medicine providing service.
The person-in-charge device 1 and the manager device 2 are connected by a predetermined network line, and cooperate with each other to support a drug providing operation for a patient.

  The display 3 is arranged so as to be directed toward the patient visiting the pharmacy, and displays a progress status indicating the progress of the drug providing work for the patient. The display 3 is communicably connected to the person-in-charge apparatus 1 and / or the manager apparatus 2 and displays a progress status according to instructions from the person-in-charge apparatus 1 and / or the manager apparatus 2.

[Functional configuration of person-in-charge apparatus 1]
Next, the functional configuration of the person-in-charge apparatus 1 for exhibiting the business assignment function will be described with reference to FIG. When performing the work sharing function, the control unit 10 of the person-in-charge apparatus 1 includes a work distribution unit 11, a selection unit generation unit 12, a charge distribution unit 13, a work progress calculation unit 14, and an end reception unit 15. The work progress calculation means 16 and the display control means 17 function. The storage unit 20 is provided with a log database 21.

  When the work distribution means 11 accepts the medicine supply work, the work distribution means 11 distributes the supply work into a plurality of work (for example, each work shown in FIG. 2B). The drug providing service is accepted when the person in charge in charge of the counter receives a prescription from the patient and makes a predetermined registration in the log database 21.

Here, the log database 21 will be described with reference to FIG. The log database 21 includes a work log for managing a medicine providing work and a work log for managing each work constituting the medicine providing work. The log database 21 does not necessarily have to be held by the person-in-charge device 1 itself, as long as each of the person-in-charge devices 1 can freely access it. FIG. 4 (1) shows a work log, and FIG. 4 (2) shows a work log of each work constituting the medicine supply work of the work A02 stored in the work log.
In the business log, information such as “prescription drug”, “reception number”, “patient”, “start time”, “end time”, etc. is stored in association with the “business” that identifies the drug provision business. The work log stores information such as “person in charge”, “input information according to work”, “start time”, “end time”, etc., in association with each “work” constituting the medicine providing work.
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).

  Returning to FIG. 3, the selection unit generation unit 12 generates a selection unit corresponding to each work constituting the medicine providing work, and more specifically, reads a selection button corresponding to each work from the storage unit 20 and selects the selection button. A selection unit arranged in a predetermined order is generated. Here, the predetermined order is arranged so that it is less necessary to redo unless there is a mistake in the work already performed if the work is performed in compliance with the order when the medicine providing operation is performed. 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 audit”, “medicine” It is organized in the order of “accounting for delivery”.

  Here, the selection unit will be described with reference to FIG. As shown in FIG. 5A, the selection unit 120 includes selection buttons 121A, 121B,... 121J, person-in-charge displays 122A, 122B, a progress display 123, and a work process display 124. The 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. 5B shows a display example when the selection button 121D corresponding to “Patient information collection” is selected, and a screen 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. 5, “Nanohanako” performs “patient information collection” of the drug provision work for the patient “Ichiro Higashi Nihon”, 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. In addition, the person in charge in charge of each work is distributed by the charge distribution means 13 described later.

The progress display 123 displays the progress status of the medicine providing business. In the present embodiment, the progress status of the medicine providing work is displayed by clearly indicating the completed work to the person-in-charge apparatus 1 (pharmacy side). At this time, the progress display 123 also displays a display indicating that the work is completed (for example, 125A and 125B in FIG. 5) and an end time of the completed work (for example, 126A and 126B in FIG. 5). In FIG. 5, it is displayed that “reception” and “medicine history confirmation” have been completed in the medicine provision work, “reception” is terminated at “15:40”, and “medicine history confirmation” is “15:00” “41 minutes” is displayed. Further, the progress display 123 also displays the elapsed time since the start of the medicine providing work, and in FIG. 5, it is displayed that “4 minutes” have elapsed since the start.
The display indicating that the work has been completed and the end time of the finished work are displayed in the vicinity of the corresponding selection button 121. Here, in the vicinity of the corresponding selection button, when the selection button is selected, it is sufficient that the selection button is displayed in a range that naturally falls within the field of view of the person in charge. Thus, it may be displayed directly above or below the selection button, or within the button of the selection button.
When each work includes a plurality of processes (individual work), the work process display 124 displays how far the work has progressed by displaying the completed process and the process that has not been completed in different modes. . In FIG. 5, the “prescription audit” is composed of three steps, and the second step is displayed.

  In such a selection unit 120, by using the selection button 121, the person in charge can easily display information necessary for the work in charge, and convenience can be improved. In addition, the progress status of the entire medicine providing operation can be easily grasped from the progress display 123, and the entire operation can be smoothly advanced. At this time, since the person in charge who is in charge of each work is displayed as the person-in-charge display 122, it is possible to appropriately perform care for the person in charge whose work is delayed. In addition, since the status of each work is displayed in detail like the work process display 124, it is possible to grasp which work is delayed among each work, and to grasp the overall progress in more detail. can do. In addition, a multi-stage action of selecting a work after grasping the progress of the work by displaying a display indicating that the work has been completed and an end time of the completed work are displayed in the vicinity of the selection button 121 When the person in charge tries to perform the work corresponding to the selection button 121, it is possible to grasp the progress of the work and select the work at the same time.

Returning to FIG. 3, the assigned distribution means 13 assigns the person in charge to the work assigned by the work assignment means 11, and stores the assigned person and the assigned time in the work log of the log database 21. The assignment of the person in charge may be performed by an arbitrary method, for example, the person in charge at work may be automatically assigned based on the shift situation of the pharmacy, and the person in charge selects each work by himself / herself. The person in charge may be assigned.
An example of person-in-charge assignment will be described with reference to FIG. FIG. 6 (1) shows a login screen of the person in charge for the progress management system 100. The person in charge selects the name of the person in charge and the work in charge (password) from the login screen shown in FIG. 6A, and logs in to the progress management system 100. Thereby, the person in charge and the work in charge can be acquired.
Thereafter, when the patient is accepted, the cards 131, 132, 133, and 134 corresponding to the accepted patient are displayed on the person-in-charge device 1 of the person in charge. Each of these cards 131 to 134 indicates a drug providing operation for the corresponding patient. For example, the card 131 indicates a drug providing operation for the patient “Hanako East Japan” and indicates that a “final audit” is currently being performed. The person in charge selects the cards 131 to 134 displayed on the person-in-charge device 1, and selects one medicine providing work from a plurality of medicine providing works. As a result, the progress management system 100 can acquire a medicine supply work for performing a work among a plurality of medicine supply work.
In this way, when the type of medicine providing work, the type of work, and the person in charge are acquired, the charge distribution means 13 assigns the person in charge to each work based on the acquired information. It should be noted that the assignment of the person in charge only needs to be able to acquire at least three types of information such as the type of the drug providing business, the type of work, and the person in charge. FIG. 6 is merely one method for obtaining these three pieces of information. However, it is not limited to this.

Note that the selection units corresponding to each work are arranged in a predetermined order as described above, while the person in charge of the work can perform the work by dividing the work without being restricted in the predetermined order. it can. That is, while the working units are arranged in a predetermined order, the work corresponding to the working units can be simultaneously performed from the viewpoint of the efficiency of division of labor.
Operations that can be performed simultaneously in this way may be classified from the viewpoint of efficiency of division of labor. For example, a part of the work can be classified as a patient handling work that needs to deal directly with a patient. The patient handling work includes a work of “reception”, “collecting patient information”, and “explaining about taking medicine”. included. In addition, for example, a part of the work can be classified into an analysis work for analyzing whether there is a medicine to refrain from taking medicine based on patient information / drug information, etc. Includes “Prescription Audit” and “Final Audit”. In addition, for example, a part of the work can be classified into a dispensing room work in which adjustment of a drug to be administered is performed in the dispensing room, and the dispensing room work includes “dispensing design”, “dispensing determination”, and “dispensing”. It is. Regarding the work classified in this way, work different from the classified work can be performed simultaneously.
Specifically, for example, the “dispensing” of the dispensing chamber work may be performed simultaneously with the “prescription inspection” of the analyzing work. Further, for example, “patient information collection” or “description related to medication” in the patient handling work may be performed, and “prescription audit” in the analysis work may be performed at the same time. In addition, for example, “patient information collection” or “explanation regarding medication” in the patient handling operation may be performed, and “dispensing” in the dispensing chamber operation may be performed at the same time.

  Returning to FIG. 3, the work progress calculation means 14 calculates the progress status of the work according to the time after the person in charge is assigned by the assignment assignment means 13. The calculation of the work progress will be described later with reference to FIG.

The end receiving unit 15 receives the end of the work. The reception of the end may be arbitrarily performed. For example, the end can be received by operating an end button (not shown) by the person in charge to whom the work is assigned. Further, for example, the end may be received in conjunction with an operation of a dispensing machine or the like (not shown) (for example, detecting that the dispensing machine has placed the medicine at a predetermined position).
Note that, in response to the end receiving unit 15 receiving the end of the work, the selection unit generating unit 12 includes a display indicating that the work has ended in the vicinity of the selection button, and a selection unit including the end time of the completed work. Is generated and displayed on the display unit 30 by the display control means 17 described later.

  The work progress calculation means 16 calculates the progress of the medicine supply work from the presence / absence of the end of each work constituting the medicine supply work and the progress of each work.

  The display control unit 17 performs display control for the display unit 30. As an example, the display control unit 17 displays the selection buttons 121 generated by the selection unit generation unit 12 on the display unit 30 in a predetermined order, and selects that the work accepted by the end reception unit 15 has been completed. Displayed on the progress display 123 of the section 120. Further, the display control means 17 displays the person in charge assigned by the person in charge assigning means 13 as the person in charge display 122 in association with the selection button 121 corresponding to the work in charge.

Here, with reference to FIG. 7, an example of calculating the progress status of the medicine providing work and the progress status of each work will be described.
First, with reference to FIG. 7 (1), calculation of the progress status of the drug provision work will be described. FIG. 7 (1) (a) is a progress bar showing the progress status of the medicine providing work. The progress bar can be divided into a plurality of parts according to each operation constituting the medicine providing business. In this embodiment, since the medicine providing work is divided into nine tasks, the progress bar is divided into nine. In FIG. 7A, the progress bar corresponding to each work has the same length for easy explanation. The progress bar corresponding to each work progresses according to the elapsed time since the work is allocated, and all progresses with the completion of the work. In FIGS. 7 (1) and 7 (b), the progress bars corresponding to the leftmost work are all in progress (work finished), and the progress bars corresponding to the second, third, fourth and fifth work from the left are It is still in progress (work in progress), and the progress bar corresponding to other work is in a state where progress has not yet started (work has not started). The progress status of the medicine providing operation is calculated by adding up the progress bars of these operations. That is, the progress status of the progress bar in FIGS. 7 (1) and (c) is the sum of the progress bars of each work in FIGS. 7 (1) and 7 (b).

Next, the calculation of the progress status of each work will be described with reference to FIG. The progress of each work proceeds according to the elapsed time since the person in charge was assigned. By the way, in the work which constitutes medicine supply work, there are work that finishes in a relatively short time and work that takes a relatively long time. If the progress of these tasks is uniformly managed, it cannot be said that the progress status is necessarily shown.
Therefore, in FIGS. 7 (2) and 7 (a), the progress bar with respect to the elapsed time is made different while the length of the progress bar of each work remains unchanged. That is, for work that ends in a relatively short time, the progress speed with respect to the elapsed time is increased, and for work that ends in a relatively long time, the progress speed with respect to the elapsed time is decreased. This is advantageous in that it is easy to grasp the number of completed tasks when the progress of the entire medicine supply business is represented.
On the other hand, in FIGS. 7 (2) and 7 (b), the progress speed with respect to the elapsed time is the same, and the length of the progress bar of each work is made different for each work. That is, the progress bar itself is shortened for work that ends in a relatively short time, and the progress bar itself is lengthened for work that ends in a relatively long time. Thereby, when the progress of the whole medicine supply business is expressed, it is advantageous in that it becomes easy to visually grasp the remaining time until the medicine supply business is completed.

In FIG. 7 (2), it has been described that the adjustment of the progression speed is performed according to the type of work. However, the present invention is not limited to this, and depending on the drug providing the adjustment of the progression speed and the patient's disease It may be done. For example, a drug with many items to be explained to a patient may require longer work such as “explaining medication”, and therefore the progression speed as shown in FIG. 7 (2) depending on the drug to be provided and the patient's disease. It is good also as adjusting.
In addition, since daily drug supply operations are sequentially accumulated in the log database 21, the progress speed may be adjusted based on the accumulated information. As an example, the time taken for each work stored in the work log is summed up for each identical or similar prescription drug, and the time taken for each work for the prescription drug is calculated based on the total result. As a result of the calculation, it can be realized by slowing the progress speed for work that tends to take a long time, and by increasing the progress speed for work that tends to take a short time.

The progress status of the medicine providing operation calculated in this way is displayed on the display 3 under the control of the display control means 17 (see FIG. 8). In addition, since the display 3 is arrange | positioned toward the patient who visits a pharmacy, it is supposed to display the information different from the information displayed with respect to an operator.
For example, the name of the patient is displayed to the person in charge (see FIG. 6 (2)), but the name of the patient is not displayed on the display 3 (FIG. 8) arranged for the patient. The patient is specified by the reception number where the reception is performed. To display the patient's name to the person in charge, it is preferable to identify the individual patient as the person in charge, such as adjusting the speed of work according to the importance of the patient (patient's medical condition and the patient who is the customer) In addition, the name is not displayed to the patient because it is preferable to protect personal information in relation to other patients. Similarly, for the person in charge, the medical department where the patient has been examined is displayed (FIG. 6 (2)), but the medical department is not displayed for the patient (FIG. 8). . This is because, as a person in charge, inquiries to the hospital can be facilitated by grasping the medical department, displaying the medical department to the patient is not suitable for protecting personal information.
Further, for example, the current work is displayed for the person in charge (see FIG. 6B), but the expected remaining time is displayed for the patient without displaying the current work. (FIG. 8). This is because, as the person in charge, the current work is displayed, so that it is easy to respond to occasional changes, but even if the individual work is displayed for the patient, the patient cannot understand and has no meaning. On the other hand, since the expected remaining time is also displayed for the patient, the patient's dissatisfaction due to the waiting time can be reduced. Note that the expected remaining time can be calculated by subtracting the elapsed time from the reception of the past actual time for the same or similar prescription drug.
In this way, the progress of the drug delivery work is displayed to the patient, so that the patient can grasp how long it will be possible to receive the drug and reduce dissatisfaction during the waiting time. can do. At this time, since the progress status is calculated using not only the presence / absence of work completion but also the work progress status according to the elapsed time, the patient can be informed of the detailed progress status.

[Process of Progress Management System 100]
Next, processing of the progress management system 100 will be described with reference to FIG.
First, the person-in-charge device 1 constituting the progress management system 100 determines whether or not a new patient registration has been accepted from a person in charge of reception at the pharmacy (S1). That is, a patient who visits a pharmacy desires to provide a medicine by giving a prescription to a reception person in charge. In S1, it is determined whether or not a reception registration for a medicine providing operation has been performed based on the received prescription. .

  When a new patient is accepted in S1, the work distribution means 11 of the person-in-charge apparatus 1 generates a medicine providing work corresponding to the patient, and the work log in the log database 21 (FIG. 4 (1) Information necessary for)) is written (S2). In S <b> 2, the work distribution unit 11 divides the medicine providing work into each work, and writes information corresponding to the divided work in the work log (FIG. 4 (2)) of the log database 21. The work distribution means 11 then selects a card (card 131 in FIG. 6 (2)) for selecting work to be shared by the other person in charge for the person in charge device 1 used by persons other than the person in charge of reception. (See -134) is transmitted.

  Subsequent to S2 or when no new patient has been received in S1, the assigned distribution means 13 of the person-in-charge apparatus 1 determines whether or not the person in charge of the work that constitutes the medicine provision work has been received ( S3). That is, the person-in-charge device 1 determines whether or not the displayed card has been selected by the person in charge.

  If the person in charge is accepted in S3, then the person-in-charge distribution means 13 assigns the person in charge of the work that constitutes the drug provision work to the person in charge who has received the person in charge. Information such as the user and start time is written (S4). Based on the information written in the work log, the display control unit 17 displays the person-in-charge display 122 on the selection unit 120 displayed on the display unit 30 of the person-in-charge apparatus 1.

  Subsequently, the work progress calculation means 14 of the person-in-charge apparatus 1 measures the elapsed time since the person in charge started work for the work assigned to the person in charge, and the progress status of the work is determined from this elapsed time. Calculate (S5).

  Subsequently, the end reception unit 15 of the person-in-charge apparatus 1 determines whether or not the end of the work has been received from the person in charge of each work (S6). For the work whose end has been accepted in S6, the end accepting means 15 finishes measuring the elapsed time and writes the end time in the work log of the log database 21. Based on the information written in the work log, the display control means 17 displays the end time by displaying the end time on the progress display 123 of the selection unit 120 displayed on the display unit 30 of the person-in-charge apparatus 1. Perform (S7).

  Subsequent to S7 or when the end is not accepted in S6, the work progress calculation means 16 of the person-in-charge apparatus 1 calculates the progress of the medicine providing work from the presence / absence of the end of each work and the progress of each work. (S8). Subsequently, the display control means 17 of the person-in-charge apparatus 1 displays the calculated progress status of the medicine providing work on the display directed to the patient (S9), and ends the process.

  The present embodiment has been described above. According to such a progress management system 100, the selection unit 120 corresponding to the work constituting the medicine providing work is displayed on the person-in-charge device 1 used by the person in charge, and when the person in charge finishes the work, the selection unit 120 is displayed. A message indicating that the process has been completed is displayed. Thereby, from the end display shown in the selection unit 120, it is possible to distinguish between the completed work and the unfinished work among the work constituting the medicine providing work, and each of a plurality of persons in charge provides the medicine. The progress of the entire business can be easily grasped.

Further, according to the progress management system 100, when each work includes a plurality of processes, the process that has been completed and the process that has not been completed are displayed in a different manner on the work process display 124 of the selection unit 120. . Thereby, it is possible to grasp the progress of each work, and it is possible to grasp the progress of the entire business in more detail.
Further, since the person in charge in charge is displayed as the person-in-charge display 122 on the selection unit 120, for example, by appropriately performing care for the person in charge that is late, it is possible to prevent the entire work from being delayed. .

In the progress management system 100, not only the person in charge grasps the progress, but also the patient is informed of the progress of his / her own drug provision work. Therefore, the patient can grasp how long the patient can receive the drug afterward, and can reduce dissatisfaction during the waiting time. At this time, since the progress of the drug delivery work is calculated using not only the end of the work but also the work progress according to the elapsed time, more detailed progress of the drug delivery work is given to the patient. I can inform you.
The progress of work according to the elapsed time may be advanced at different speeds depending on the drug to be provided, the patient's disease, and the type of work, thereby making the progress more realistic. Can inform the patient.

[Second Embodiment]
In the first embodiment, the control unit 10 of the person-in-charge apparatus 1 performs the work in order to realize the work assignment function for managing the progress of work by each person in charge while sharing the drug providing work to each person in charge. The distribution unit 11, the selection unit generation unit 12, the assigned distribution unit 13, the work progress calculation unit 14, the end reception unit 15, the work progress calculation unit 16, and the display control unit 17 function. The storage unit 20 is provided with a log database 21. On the other hand, in the present embodiment, in order to realize the task sharing function, as shown in FIG. 10, the control unit of the person-in-charge apparatus 1a includes a work distribution unit 11, a work preprocessing unit 11a, and a selection unit generation. Means 12 a, patient acceptance means 13 a, selection part acceptance means 13 b, work progress calculation means 14, end acceptance means 15, work progress calculation means 16, and display control means 17 function and are stored in the storage unit 20. Are provided with a log database 21 and a drug database 22.
Note that description of functions similar to those of the first embodiment is omitted.

Whether the work pre-processing means 11a has information that the work distribution means 11 should refrain from taking medicine based on the medicine information and the patient information in response to receiving the medicine providing work and distributing the work to a plurality of work. Perform pre-processing to confirm.
Here, the information that should be avoided is information on situations where it is not desirable to take drugs, such as cases where side effects of drugs increase or drug effects are not expected, The document is written based on a document describing the medicine issued by the providing pharmaceutical company. More specifically, for example, information that side effects increase when administered to a predetermined disease, information that side effects increase when administered in combination with a predetermined drug, and drugs with the same medicinal effect / action mechanism are administered. Therefore, there is information such as information that the effect is not expected even if it is further administered.
In the pre-work process, in the prescription audit work, is there information that the patient's disease should be estimated based on the prescribed drug, and medication should be withheld between the estimated disease and the prescribed drug The process of confirming is performed. In addition, in the work pre-processing, for example, a process for confirming whether there is information that should be taken between prescribed medicines or between prescribed medicines and medicines prescribed in the past is performed. In this embodiment, in order to estimate the disease of a patient, information is supposed to be taken based on the item of the estimated disease name in the drug database 22 created based on the efficacy in the package insert of the drug and to refrain from taking the drug. Whether or not there is an item based on information such as contraindications and precautions in the drug database 22 in the drug database 22 created based on information such as contraindications and precautions in the drug package insert. This is performed based on a drug item such as contraindications in the created drug database 22.
Further, in the work of collecting patient information, processing for extracting emphasized information from the description of the attached document is performed in order to emphasize information that should be interviewed based on the description of the attached document and the patient information.

  Here, the drug database 22 will be described with reference to FIG. The drug database 22 includes a drug ID for identifying a drug, a drug name that is the name of the drug, an estimated disease estimated from a prescribed drug, and a contraindication disease such as a disease that the drug should refrain from taking. And drugs such as contraindications, which are drugs that should not be taken in combination with other drugs.

Returning to FIG. 10, the selection unit generation unit 12 a includes a work selection unit (for example, an area 302 in FIG. 12, which will be described later, and includes work selection buttons 127 a to 127 j, which correspond to each work constituting the medicine providing business. And a patient selection unit corresponding to a patient who is a target of a drug providing service (for example, a region 303 of FIG. 12 to be described later and patient selection of 135a to 135d) Button), and display screen data including the work selection unit and the patient selection unit. The display screen data generated by the selection unit generation unit 12 a is displayed on the display unit 30 by the display control unit 17.
Specifically, the selection unit generation unit 12a configures, on the work selection unit, a display indicating that the work has been completed, an end time of the work that has been completed, a person in charge performing the work, and the work. Data for displaying a display indicating the progress status of the individual work and a display indicating the progress status of the work is generated. Moreover, the selection part production | generation means 12a displays the display of the result of the pre-processing about each work of a patient, the progress of the work currently performed about the patient, and the display of the work currently performed about the patient on the patient selection part. Data to be generated.

For example, referring to FIG. 12, the display screen data that is first displayed on the display unit 30 after the person in charge logs in will be described as an example. The display screen of FIG. 12 is a display screen immediately after the person in charge “Hanako Nishi” logs in, and is displayed in a state where the work selection unit for reception is selected and the patient selection unit is not selected. The data on the display screen is configured to include an area 302 in which the work selection unit is displayed and an area 303 in which the patient selection unit is displayed.
The area 302 where the work selection unit is displayed includes work selection buttons 127a to 127j. The person in charge “Hanako Nishi” is displayed on the work selection button 127 a, the person in charge “Taro Taro” is displayed on the work selection button 127 c, and the person in charge “ “Kojiro” is displayed, and the person in charge “Minami Sakurako” is displayed on the work selection button 127e, and the person in charge performing each work is displayed on the work selection button. In addition, since the patient has not been selected yet, the person in charge for all the patients in progress today is displayed, and the progress is not displayed.
An area 303 where the patient selection unit is displayed includes patient selection buttons 135a to 135d. The patient selection unit displays the progress status for each of the patient selection buttons 135a and 135b and displays the work being performed. The patient selection button 135a indicates that the "final audit" work is being performed. The selection button 135b displays that “prescription inspection” and “patient information collection” are being performed. In addition, “immediately log-in” that identifies who is in charge of the task of providing the drug to the patient and the date and time of accepting the prescription are displayed. In addition, the patient selection button 135b displays “concomitant” which is a result of the pre-processing of the prescription inspection, and indicates that it corresponds to a drug item such as contraindications. The patient selection button 135c displays “inhibition”, which is the result of the pre-processing of the prescription inspection, and indicates that it corresponds to a disease such as contraindications.

For example, the display screen data displayed on the display unit 30 after the person in charge selects the patient selection button and the work selection button will be described with reference to FIG. The display screen of FIG. 13 shows that the person in charge “Hanako Nishi” selects the patient selection button of the patient “Saburo Higashi Nihon”, and the patient reception means 13a described later receives the selection of the patient “Saburo Higashi Nihon”. "Is the data of the display screen generated by the selection unit generation unit 12a in response to the selection unit reception unit 13b (to be described later) receiving the" Dispensing "operation by selecting the" Dispensing "operation selection button. The data on the display screen includes an area 304 for displaying information necessary for performing work corresponding to the work selection unit and an area 305 for displaying the work selection unit.
The area 302 where the work selection unit is displayed includes work selection buttons 128a to 128j. Below the work selection buttons 128a to 128j, the progress information of the work of the drug providing work for the patient “Saburo Higashi Nihon” is displayed. In addition, a check mark (display indicating that the work has been completed) is displayed above (near) the work selection buttons 128a and 128b, and the work that has been completed is displayed below (near) the work selection buttons 128a and 128b. The end time is displayed, and it is displayed that the work corresponding to the work selection buttons 128a and 128b is finished. The person in charge “Taro Taro” is displayed on the work selection button 128c, and the person in charge “Hanako Nishi” is displayed on the work selection button 128h. The person in charge of the work is displayed on the work selection button.

As described above, the necessity of displaying the result of the work preprocessing when selecting the work and / or selecting the patient will be described. 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 done by division of labor, the work is not performed according to the predetermined order, so if there is a change in the upstream work in the predetermined order, it is necessary to redo the downstream 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 1a (patient information, medicines given in the past and medicines listed in the prescription)? Since the dispensing operation is an operation for collecting and processing the medicine in the dispensing chamber while referring to the display unit (indicating the medicine and the dispensing contained in the prescription), etc. It is a work that can be divided and performed 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 time to wait for the patient is less efficient. When a drug that should be refrained is found and the content of the prescription is changed, it is necessary to redo the collection and processing of the drug in the downstream of the prescribed order, resulting in poor efficiency. Put away.
Therefore, by displaying the results of the work pre-processing and knowing in advance the patient / work that may change the work, work in a predetermined order, or work without a predetermined order by division of labor A system capable of selecting whether or not to perform is provided.

  Returning to FIG. 10, the patient accepting unit 13 a accepts the operation of selecting the patient selection button by the person in charge via the input unit, and displays the display screen related to the patient corresponding to the patient selection button selected by the selection unit generating unit 12 a. Instructs the generation of data.

  The selection unit accepting unit 13b accepts an operation in which the person in charge has selected the work selection button via the input unit, and generates display screen data related to the work corresponding to the work selection button selected by the selection unit generation unit 12a. Instruct.

  The present embodiment has been described above. According to the progress management system 100a including such a person-in-charge device 1a, when the person in charge starts work, the progress of the medicine providing work is displayed on the patient acceptance work screen. As a result, the person in charge can check whether progress is progressing, so it is possible to know which patients should be prioritized when working, and the drug delivery work is efficient. Management and display of work can be performed as if it were performed manually.

  In addition, according to the progress management system 100a including the person-in-charge apparatus 1a, the work selection unit is displayed regardless of the predetermined order of work while displaying the work selection parts side by side in a predetermined order of work. Each work can be performed simultaneously by different personnel. Then, the progress management system 100a displays the result of the pre-processing in the medicine providing business. As a result, the person in charge must refer to the result of the pre-processing and work in the order of work because the contents of the prescription will be changed and the work done will be redone unless the work is done in the order of work. From the point of view of performing work separately and from the viewpoint of dividing work, it is more efficient to work without following the work order, so it is possible to grasp the patient who should work without following the work order, Management and display of work can be performed so that drug supply operations can be performed efficiently.

  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. 3 or FIG. At this time, having the functional configuration shown in FIG. 3 or FIG. 10 means that in addition to installing the software that realizes the functional configuration in the terminal device, the terminal device installs the software installed in a predetermined server on the network. Including the state that can be used via That is, the present invention can also be applied to a so-called ASP service that provides business applications to customers through the Internet.

  Further, according to the present invention, in the embodiment of the present application, the classified work can be simultaneously performed for the tasks classified in the patient handling work, the analysis work, and the dispensing room work. Thus, there may be a restriction on performing the same classification at the same time. The restriction to be done at the same time here is, for example, that a warning message is displayed if you try to work at the same time, or if you try to work at the same time, the classification is the same and the work is completed unless the upstream work is completed This is a limitation such as being unable to perform the same classification even if trying to perform work at the same time.

  In the embodiment of the present invention, in the embodiment of the present application, the result of the pre-processing is displayed on the patient selection unit, and among the patient handling work, the analysis work, and the dispensing room work, work having different classifications can be performed simultaneously. However, as a result of the pre-processing, it may be possible to restrict a patient whose information to refrain from taking is displayed at the same time even in work with different classifications. The restriction to be done at the same time here is, for example, that a warning message is displayed if you try to work at the same time, or if you try to work at the same time, the classification is the same and the work is completed unless the upstream work is completed This is a limitation such as being unable to perform the same classification even if trying to perform work at the same time.

  In the embodiment of the present invention, in the embodiment of the present application, among work for patients, analysis work, and dispensing chamber work, work of different classifications can be performed simultaneously, but work selection corresponding to work of the same classification The parts may be the same color, and the operations classified as different classifications may be easily grasped visually.

  In the embodiment of the present invention, among the patient handling work, the analysis work, and the dispensing room work, work having different classifications can be performed at the same time regardless of a predetermined order. If a problem such as a change in the content of the prescription occurs, work that has already been carried out for work located downstream in the prescribed order of the work in response to accepting the prescribed operation of the person in charge Alternatively, for the work being performed at the same time, a process for reflecting the change associated with the change of the upstream work and setting the work to be performed again may be performed.

  In the embodiment of the present invention, the predetermined order is “reception”, “medicine history confirmation”, “prescription audit”, “patient information collection”, “dispensing design”, “explanation regarding medication”, “dispensing decision”, “dispensing”. Although it is structured in the order of “final audit” and “drug delivery accounting”, if the work is performed in compliance with the order when performing the drug provision work, there is no need to redo if the work already performed is correct. For example, the operations may be further subdivided / integrated, or any of the operations may be added / excluded.

The series of processes described above can be executed by hardware or can be executed by software.
In other words, the functional configurations of FIGS. 3 and 10 are merely examples, and are 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 examples of FIGS. .
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 Work distribution means 12 Selection part production | generation means 13 Charge distribution means 14 Work progress calculation means 15 Completion reception means 16 Work progress calculation means 17 Display control means 20 Storage part 21 Log database 30 Display part 2 Administrator terminal 3 Display 100 Progress management system

The present invention relates to an information display system , an information display method, and a program for supporting a task of providing a medicine.

The present invention has been made in view of such a demand, and an object of the present invention is to enable a patient who receives a drug and a person in charge of providing the drug to easily grasp necessary information. To do.

Claims (5)

A progress management system used by a person in charge of providing medicine based on a prescription,
A selection unit generating unit that generates a work selection unit that includes a plurality of work selection buttons that display information related to a corresponding work by being selected and corresponding to a plurality of work to which medicine supply work based on a prescription is assigned When,
Work progress calculation means for calculating the progress of the work according to the time since the person in charge was assigned to the work;
The plurality of operation selection buttons generated by the selection unit generation means are displayed in a predetermined order, and the operation selection buttons performed by the plurality of persons in charge are displayed in an area where the plurality of operation selection buttons are displayed. Display control means for displaying the progress status calculated by the work progress calculation means for each corresponding work;
A progress management system characterized by comprising:   The progress management system according to claim 1, wherein the operations can be in progress at the same time regardless of a predetermined order.   When the work corresponding to the work selection button includes a plurality of work, the display control unit is configured to display each of the plurality of works included in the work corresponding to the work selection button in an area where the work selection button is displayed. The progress status management system according to claim 1 or 2, wherein the progress status is displayed.   The progress status according to any one of claims 1 to 3, wherein, in the plurality of work selection buttons, at least a prescription inspection work selection button is located upstream of a dispensing work selection button. Management system. A computer used by a person in charge of providing medication based on a prescription,
A selection unit generating unit that generates a work selection unit that includes a plurality of work selection buttons that display information related to a corresponding work by being selected and corresponding to a plurality of work to which medicine supply work based on a prescription is assigned ,
Work progress calculation means for calculating the progress of the work according to the time since the person in charge was assigned to the work;
The plurality of operation selection buttons generated by the selection unit generation means are displayed in a predetermined order, and the operation selection buttons performed by the plurality of persons in charge are displayed in an area where the plurality of operation selection buttons are displayed. Display control means for displaying the progress status calculated by the work progress calculation means for each corresponding work;
A program characterized by functioning as

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