JP2022047180A - Dispensing support system, dispensing support program - Google Patents

Abstract

[Problem] To provide a dispensing support system and dispensing support program that can increase the work efficiency of an operator in dispensing medicine to multiple recipients. [Solution] The dispensing support system (10) according to the present invention comprises an allocation processing unit (111) capable of allocating multiple dosing times to one drug dispensing time, and a packaging processing unit (112) that causes a packaging device (3) to execute a packaging operation of packaging medicines corresponding to recipients in medicine packets for each dosing time, and the packaging processing unit (111) causes the packaging device (3) to execute the packaging operation in such a manner that the medicine packets corresponding to the multiple recipients for the same drug dispensing time are consecutive. [Selected Figure] Figure 1

Description

The present invention relates to a dispensing support system for supporting the dispensing or distribution of pharmaceuticals.

In hospitals, pharmacies, etc., a packaging device (see Patent Document 1) that separates the medicine to be taken by the user into a medicine package at each time of administration may be used. Then, the medicine packaged by the packaging device is transported to a facility such as a hospital or a long-term care facility where the user is occupying, and is distributed to the user by a person in charge of drug distribution such as a nurse.

Japanese Unexamined Patent Publication No. 2011-104077

By the way, a worker such as a person in charge of dispensing a drug or a person in charge of distributing a drug may perform a work of collecting medicines to be distributed to a plurality of recipients at a preset time of distribution.

An object of the present invention is to provide a dispensing support system and a dispensing support program capable of improving the work efficiency of a worker regarding drug distribution to a plurality of users.

The dispensing support system according to the present invention separates the allocation processing unit that can assign a plurality of dosing times to one dosing time and the packing operation that divides the medicine corresponding to the taking person into a medicine package for each taking time. The packaging processing unit is provided with a packaging processing unit to be executed by the packaging device, and the packaging processing unit performs the packaging operation in a manner in which the drug packages corresponding to a plurality of the users are continuously arranged for the same drug distribution timing. Let the packaging device execute.

The dispensing support program according to the present invention divides the allocation step of assigning a plurality of dosing times to one dosing time to the processor and the packing operation of packing the medicine corresponding to the taking person with a medicine package for each taking time. A dispensing support program for causing a packaging device to execute a packaging device, wherein the packaging step is a continuous mode in which the drug packages corresponding to a plurality of the recipients are continuously arranged for the same drug distribution timing. The packaging operation is executed by the packaging device.

INDUSTRIAL APPLICABILITY According to the present invention, a dispensing support system and a dispensing support program capable of improving the work efficiency of a worker regarding drug distribution to a plurality of users are provided.

FIG. 1 is a block diagram showing a schematic configuration of a dispensing support system according to an embodiment of the present invention. FIG. 2 is a schematic view showing the appearance of the packaging device according to the embodiment of the present invention. FIG. 3 is a diagram showing an example of drug distribution management information used in the dispensing support system according to the embodiment of the present invention. FIG. 4 is a diagram showing an example of packaging mode information used in the dispensing support system according to the embodiment of the present invention. FIG. 5 is a diagram showing an example of drug distribution group information used in the dispensing support system according to the embodiment of the present invention. FIG. 6 is a flowchart showing an example of a procedure of dispensing support processing executed by the dispensing support system according to the embodiment of the present invention. FIG. 7 is a diagram showing an example of a display screen displayed by the dispensing support system according to the embodiment of the present invention. FIG. 8 is a diagram showing an example of a display screen displayed by the dispensing support system according to the embodiment of the present invention. FIG. 9 is a diagram showing an example of a display screen displayed by the dispensing support system according to the embodiment of the present invention. FIG. 10 is a diagram showing an example of a display screen displayed by the dispensing support system according to the embodiment of the present invention. FIG. 11 is a diagram showing an example of prescription data used in the dispensing support system according to the embodiment of the present invention. FIG. 12 is a diagram showing an example of packaging data used in the dispensing support system according to the embodiment of the present invention. FIG. 13 is a diagram showing an example of packaging data used in the dispensing support system according to the embodiment of the present invention. FIG. 14 is a diagram showing an example of a packaging result in the dispensing support system according to the embodiment of the present invention. FIG. 15 is a diagram showing an example of a packaging result in the dispensing support system according to the embodiment of the present invention. FIG. 16 is a diagram showing an example of a drug distribution sheet output by the dispensing support system according to the embodiment of the present invention. FIG. 17 is a diagram showing an example of a drug distribution sheet output by the dispensing support system according to the embodiment of the present invention. FIG. 18 is a diagram showing an example of a display screen displayed by the dispensing support system according to the embodiment of the present invention. FIG. 19 is a diagram showing an example of a storage unit used together with a dispensing support system according to an embodiment of the present invention. FIG. 20 is a diagram showing an example of a storage unit used together with a dispensing support system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings for the purpose of understanding the present invention. It should be noted that the following embodiments are examples that embody the present invention and do not limit the technical scope of the present invention.

[Dispensing support system 10]
As shown in FIG. 1, the dispensing support system 10 according to the embodiment of the present invention includes a dispensing support device 1, a dispensing device 2, a packaging device 3, a printing device 4, an inspection support device 5, and the like. The dispensing support device 1, the dispensing device 2, the packaging device 3, the printing device 4, and the inspection support device 5 are connected wirelessly or by wire via a network N1 and are connected to each other so as to be able to communicate with each other. Can be sent and received. The network N1 is a LAN, WAN, the Internet, an intranet, or the like.

Further, a higher-level system 6 such as an electronic medical record system or a prescription input terminal for inputting prescription data to the dispensing support device 1 is connected to the dispensing support device 1 via the network N1. The dispensing support device 1 may be configured to be able to actively acquire the prescription data from the higher-level system 6.

The prescription data includes the issue date, order number, prescription category (new, changed, etc.), prescription number, user ID, user name, user birth date, drug identification information (drug name, JAN code, etc.). GS1 code, etc.), dosage form information (internal use, external use, etc.), dosing start date, dosing period, dose, usage (including dosing time), medical treatment type (outpatient, hospitalization, facility occupancy, etc.), medical department, doctor in charge, etc. Information is included. In addition, the prescription data may include information on a dispensing method such as a packaged form of a drug and a packaged group. The packaged form is a "tablet" indicating a tablet package, a "lock" indicating a tablet heat, and the like. The contents of the prescription data listed here are merely examples, and may not include any of the above information, or may include other information not shown above.

For example, the dispensing support device 1, the dispensing device 2, the packaging device 3, the printing device 4, and the inspection support device 5 are dispensing facilities such as pharmacies or hospitals where drugs are dispensed based on the prescription data. Placed in. As another embodiment, the location of the dispensing support device 1, the printing device 4, the host system 6, and the like may be outside the dispensing facility as long as it can be connected to the network N1.

The medicine dispensed at the dispensing facility based on the prescription data is delivered to a ward or a resident facility such as a long-term care facility where a plurality of users taking the medicine are occupying. The user is a patient who is hospitalized in a ward, a resident who is resident in a long-term care facility, or the like. The occupancy facility is an example of a preset drug distribution group to which a plurality of users who take the medicines dispensed at the dispensing facility belong. The drug distribution group is not limited to the unit of the occupancy facility, but may be a unit such as a room or a floor in the occupancy facility, or a unit such as an area including the homes of a plurality of users or a delivery route. good.

[Dispensing equipment 2]
The dispensing device 2 is used in the dispensing operation of chemicals in the dispensing facility. For example, each of the dispensing devices 2 is a PTP sheet dispensing device, a picking support device, or the like. For example, the PTP sheet dispensing device has a plurality of sheet cassettes containing a PTP sheet or a heat seal in which tablets are pre-packaged, and the sheet cassette is described according to the dispensing data input from the dispensing support device 1. The PTP sheet or the heat seal is automatically dispensed. The picking support device executes display processing of various information for supporting a drug stocking operation by a pharmacist, a technician, or the like, based on the dispensing data input from the dispensing support device 1.

[Packing device 3]
As shown in FIGS. 1 and 2, the packaging device 3 includes a control unit 31, a storage unit 32, an operation display unit 33, a tablet dispensing unit 34, a tablet dispensing unit 35, an individual dispensing unit 36, and a packaging unit 37. , A packaging printer 38, a code reading unit 39, and the like. The packaging device 3 is a kind of dispensing device arranged in the dispensing facility. The code reading unit 39 is a so-called barcode reader capable of reading drug identification information such as a JAN code or a GSI code from a one-dimensional code or a two-dimensional code symbol.

Each of the tablet dispensing portions 34 includes a removable tablet accommodating portion in the mounting portion 341 of the packaging device 3, and a predetermined amount of a predetermined specific type of tablet corresponding to the tablet dispensing portion 34 is added. It is possible to pay out. Each of the tablet dispensing units 35 includes a removable tablet accommodating portion in the mounting portion 351 of the packaging device 3, and any type of tablet assigned to the tablet dispensing unit 35 may be dispensed in predetermined amounts. It is possible. The tablets dispensed from the tablet dispensing section 34 and the tablet dispensing section 35 are supplied to the packaging section 37.

The individual payout unit 36 includes, for example, a plurality of cells arranged side by side in a matrix of a plurality of rows and a plurality of columns, and tablets in a package unit such as the time of administration to be put into each of the cells can be obtained in units of the cells. It can be supplied to the packaging portion 37.

The packaging unit 37 executes a packaging operation of packaging tablets supplied from the tablet dispensing unit 34, the tablet dispensing unit 35, the individual dispensing unit 36, and the like in units of packaging such as the time of administration. For example, as shown in FIGS. 14 and 15, the packaging portion 37 is formed by heating and melting a part of a long medicine packaging sheet 80 loaded in the packaging portion 37 to melt the medicine package. A plurality of medicine packages 81 are formed on the sheet 80. Then, the packaging portion 37 accommodates and seals tablets for each administration time in each of the drug packages 81, and the drug package sheet 80 in which each of the drug packages 81 is continuously formed is packaged as a result. Output. For convenience of illustration, FIGS. 14 and 15 show the drug package sheet 80 in a plurality of stages, but the drug package 81 connected by a two-dot chain line is not separated and the drug package is not separated. It is assumed that they are continuously formed on the sheet 80.

Further, the packaging portion 37 forms a perforation 82 for easily separating the drug package 81 between each of the drug packages 81. Then, each of the drug packages 81 will be distributed to the person taking the drug package 81 at the drug distribution date and the drug distribution time corresponding to the administration date and the administration time of the drug package 81.

By the way, a worker such as a person in charge of dispensing a drug or a person in charge of distributing a drug may perform a work of collecting medicines to be distributed to a plurality of recipients at a preset time of distribution. On the other hand, in the dispensing support system 10 according to the present embodiment, it is possible to improve the work efficiency of the worker regarding the distribution of medicines to a plurality of users.

More specifically, as another method, in the medicine package sheet 80 output from the packaging device 3, the medicine packages 81 corresponding to a plurality of users are arranged for each user as in the conventional case. In this case, for example, after the medicine package 81 corresponding to each drug delivery time of the first user is output, the drug package 81 corresponding to each drug delivery time of the second user is output. become. In such a case, the work efficiency of the work for putting together the medicine packages 81 of different users corresponding to the same medicine distribution time is deteriorated. On the other hand, in the dispensing support system 10, when the packaging device 3 executes the packaging operation of packaging the drug corresponding to the user with the drug package 81 at each time of administration, the same drug is used. Regarding the timing of drug distribution, the packaging operation is executed in a manner in which the drug packages 81 in which the drugs corresponding to a plurality of users are accommodated are continuous (see FIGS. 14 and 15). As a result, it is possible to improve the work efficiency of the worker in the work such as collecting the medicine packages 81 for each medicine distribution time.

In the present embodiment, the packaging device 3 will be described by taking as an example the case where tablets are packaged as a drug, but the packaging device 3 may be a powder packaging device that packages powders. The powder packaging device executes a packaging operation in which the powder charged by the operator is distributed at each time of administration and packaged in the drug package 81. In addition, the powder packaging device has a plurality of powder cassettes, and automatically dispenses powder from the powder cassette and performs a packaging operation of packaging with the drug package 81 at each time of administration. It may be a period. Further, the packaging device 3 may have a configuration in which tablets and powders can be collectively packaged in the drug package 81 at each time of administration.

The package printer 38 prints various information such as the time when the drug packaged in the drug package 81 is taken and the drug package identification information described later on the drug package 81 that packages the drug in the package unit 37. It is possible. The operation display unit 33 includes a display unit such as a liquid crystal monitor that displays various information, and an operation unit such as a keyboard, mouse, or touch panel that accepts user operations. The storage unit 32 is a non-volatile storage device that stores various control programs executed by the control unit 31, and later-described packaged data received from the dispensing support device 1.

The control unit 31 includes a processor such as a CPU, a ROM, a RAM, and the like, and the processor executes processing according to the control program stored in the ROM or the storage unit 32, and the packaging device 3 Controls the behavior of.

Specifically, the control unit 31 has the tablet payout unit 34, the tablet payout unit 35, the individual payout unit 36, and the package unit based on the package data to be described later input from the dispensing support device 1. 37 and the like are controlled, and a packaging process is performed in which the drug to be taken by the user is packaged in the drug package 81 at each time of administration. Further, the control unit 31 prints a drug inspection code including the drug package sheet identification information that can identify the drug package sheet 80 at the beginning or the end of the series of the drug package sheets 80 by the package printer 38. The above-mentioned medicine package 81 is output.

Further, in the packaging process, the control unit 31 uses the packaging printer 38 to provide the drug package 81 with user identification information, drug distribution position information, administration time identification information, drug package identification information, and the like. Print the drug package information including.

The user identification information is a user name or a user ID that can identify a user who is taking a drug contained in the drug package 81, and is, for example, in the drug package 81 of the first package of FIG. Is printed with the characters "Ichiro Yuyama" as the user identification information. Further, the drug distribution position information is information indicating a position where the drug package 81 is distributed. For example, the drug package 81 in the first package of FIG. 14 contains the drug distribution position information as the user. The characters "301-1", which is a combination of the room number "301" and the bed number "1", are printed. The dosing time identification information is information that can identify the dosing date and taking time of the drug contained in the medicine package 81. For example, the taking time of the medicine in the first package 81 of FIG. As the identification information, the characters "2020/4/1" and the time of administration "when waking up" are printed.

The drug package identification information is information that can identify the drug package 81 output within a specific period preset by the packaging device 3, and is unique information for each specific period. The specific period is set, for example, in hours, hours, days, weeks, months, or years. Further, the specific period may be a period until the drug distribution group to be packaged in the packaging device 3 is switched. Specifically, in the present embodiment, the drug package identification information is a number sequentially assigned from a preset initial value for each specific period such as every three months. For example, in the drug package 81 of the first package of FIG. 14, the character "000001" is described as the drug package identification information. It should be noted that the drug package identification information may not be a serial number but may be information generated so as to be unique in the specific period based on a preset rule. For example, the drug package identification information may be represented by a combination of the machine number of the packaging device 3 and the date and time.

[Printing apparatus 4]
The printing device 4 is a printer used for printing a drug distribution sheet or the like, which will be described later. It may also be used for printing prescription data or dispensing data.

[Inspection support device 5]
The inspection support device 5 performs a pharmacist's inspection work for inspecting whether or not the medicines contained in each of the medicine packages 81 after being packaged by the packaging device 3 match the packaging data described later. Used to assist. The inspection support device 5 of this type is also described in, for example, Japanese Patent No. 6287844.

The inspection support device 5 includes a control unit 51, a storage unit 52, an imaging unit 53, an operation display unit 54, and the like. The storage unit 52 is a non-volatile storage device that stores various control programs executed by the control unit 51, inspection results in the inspection support device 5, and captured images captured by the imaging unit 53. be. The photographing unit 53 sequentially photographs the photographed images of each of the drug packages 81 contained in the drug package sheet 80 inserted into the inspection support device 5. The operation display unit 54 includes a display unit such as a liquid crystal monitor that displays various information, and an operation unit such as a keyboard, mouse, or touch panel that accepts user operations.

The control unit 51 includes a processor such as a CPU, a ROM, a RAM, and the like, and the processor executes various processes according to a control program stored in the ROM or the storage unit 52, and the inspection support device. Control the operation of 5.

Specifically, the control unit 51 reads the drug inspection code printed on the first or last empty drug package 81 of the drug package sheet 80 from the photographed image taken by the photographing unit 53, and the inspection is performed. The medicine package sheet identification information is acquired from the medicine code. Further, the control unit 51 acquires the packaging data described later from the dispensing support device 1 or the packaging device 3 and stores the packaging data in the storage unit 52. Then, the control unit 51 selects the packaged data corresponding to the drug package sheet identification information as an inspection target based on the drug package sheet identification information. The control unit 51 may select the packaged data to be inspected according to the user operation. Then, the control unit 51 obtains at least one of the types and quantities of the medicines of each of the medicine packages 81 based on the images of each of the medicine packages 81 taken by the photographing unit 53, and the medicine package sheet identification information. The inspection process for collating with the contents of the packaged data described later corresponding to the above is executed. For example, the control unit 51 may assume that the order of the data corresponding to each of the medicine packages 81 in the package data is the same as the order of each of the medicine packages 81 sequentially formed on the medicine package sheet 80. On the premise of, at least one of the type and quantity of each drug of the medicine package 81 is collated with the data corresponding to each of the medicine packages 81 in the package data.

Further, the control unit 51 displays the result of the inspection process for each of the drug packages 81 and the inspection information including the photographed image corresponding to each of the drug packages 81, which will be described later. The drug package sheet identification information of the data and the drug package identification information corresponding to each of the drug packages 81 in the package data are stored in the storage unit 52 in association with each other. After that, the control unit 51 can read the inspection information for each of the medicine packages 81 from the storage unit 52 and display them on the operation display unit 54 in response to a user operation. Thereby, the pharmacist can easily perform the inspection work for determining the suitability of the tablet packaging result by the packaging device 3 with reference to the inspection information. The storage mode of the inspection information is not limited to the method described here as long as the control unit 651 can read and output the inspection information of any medicine package 81. For example, the inspection information is stored in association with the medicine package sheet identification information and the number information indicating the number of the medicine package 81 in the package data, and the number information and the portion are stored. Even when the drug package identification information in the package data is stored in association with the drug package identification information, the control unit 51 may use the drug package identification information based on the drug package sheet identification information and the drug package identification information. It is possible to specify the number information corresponding to the above and output the inspection information of the medicine package 81 corresponding to the number information. The control unit 51 may read the drug package identification information of the drug package 81 from the photographed image of each drug package 81.

Further, the control unit 51 can also transmit the inspection information and the drug package identification information for each of the drug packages 81 to the dispensing support device 1, the packaging device 3, and the like. Thereby, for example, the dispensing support device 1 refers to the inspection information of each of the medicine packages 81, or the packaging device 3 performs the packaging operation of the medicine package 81 based on the inspection information. It is possible to re-execute.

[Dispensing support device 1]
The dispensing support device 1 is a personal computer including a control unit 11, a storage unit 12, an operation display unit 13, a drive device 14, and the like. In the present embodiment, the single unit of the dispensing support device 1 may be regarded as an example of the dispensing support system according to the present invention. Further, the packaging device 3 may execute the dispensing support process described later while acquiring necessary information from the dispensing support device 1. In this case, the packaging device 3 may be used for the dispensing support according to the present invention. You can think of it as an example of a system. Further, the dispensing support device 1 and the packaging device 3 may cooperate to execute the dispensing support process described later. In this case, the present invention includes the dispensing support device 1 and the packaging device 3. It may be regarded as an example of the dispensing support system related to.

The operation and display of the dispensing support device 1 described in the present embodiment are performed by the operating device and display device of a client terminal (not shown) capable of communicating with the dispensing support device 1 via the network N1. May be good. In this case, the control unit 11 receives a user operation on the client terminal, executes various processes, and transmits various display data to the client terminal to display the information. That is, the dispensing support device 1 and the client terminal may form a server client system, and the client terminal may be used as an operation terminal of the dispensing support device 1.

The operation display unit 13 includes a display unit such as a liquid crystal monitor that displays various information, and an operation unit such as a keyboard, mouse, or touch panel that accepts user operations. The drive device 14 can read the dispensing support program from a recording medium 15 such as a computer-readable CD, DVD, BD, or USB memory in which the dispensing support program is recorded.

The storage unit 12 is a non-volatile storage device that stores a control program such as the dispensing support program for causing the control unit 11 to execute a dispensing support process described later, and various data. Further, the storage unit 12 stores various information such as the prescription data acquired from the higher-level system 6 and dispensing data and packaging data generated by the control unit 11 based on the prescription data. .. Further, various databases such as a drug master and a user master are stored in the storage unit 12, and the control unit 11 can edit the various databases by user operation.

The drug master includes the drug name, JAN code, GS1 code, drug bottle code, classification (dosage form: powder, tablet, liquid drug, external drug, etc.), specific gravity, drug classification (ordinary drug, etc.) corresponding to each drug. Includes information on poisons, drugs, powerful drugs, antipsychotics, therapeutics, etc.), formulation changes, excipients, precautions, etc. The drug code, the drug name, the JAN code, the GS1 code, and the like are examples of drug identification information that can identify the drug.

The taker master includes information such as a taker ID, a taker's name, gender, age, address, medical history, family information, clinical department, medicine distribution group, and medicine distribution location information for each taker. The taker ID or the taker name is an example of the taker identification information that can identify the taker. The drug distribution group is identification information for identifying a preset drug distribution unit such as a ward, facility, hospital room, or floor in which a user resides. The drug distribution position information is identification information for identifying position information such as a room and a bed number in which a user who is a drug delivery destination is occupying. In addition to the user master, the storage unit 12 may store the master information in which the user identification information is associated with the drug distribution group and the drug distribution position information.

Further, the storage unit 12 stores various information such as drug distribution management information D1, packaging mode information D2, and drug distribution group information D3 in association with each drug distribution group, and the control unit 11 can edit the various information by user operation. The storage unit 12 may store the distribution management information D1 and the packaging mode information D2 that are common to the plurality of distribution groups.

In the drug distribution management information D1, as shown in FIG. 3, one or a plurality of administration times are stored in association with each other for each drug distribution time. The dosing period is, for example, "before breakfast", "between breakfast", "after breakfast", "before breakfast", "between breakfast", "after lunch", "before lunch", "between lunch", "after breakfast". , "After dinner", "Before breakfast", "Breakfast", "After dinner", "Before going to bed", "When waking up (on the day)", "When waking up (next day)", "Don't wear", "External use" And so on. In addition, the drug distribution time includes, for example, "morning", "noon", "evening", "before going to bed" and the like. Further, in the drug distribution management information D1, an output order (packaging order) for a plurality of the drug distribution timings is set, and in the example shown in FIG. 3, the drug distribution management information D1 is arranged from the top. The order of "morning", "noon", "evening", and "before going to bed" is set as the output order.

In addition, the time of taking the medicine and the time of distributing the medicine are the time specified in relation to the meal such as "after lunch" and the time specified in relation to the behavior of the user such as "before going to bed". And, two or more kinds of time may be included among the time specified by the time or time zone such as "11 o'clock" and "afternoon". For example, a plurality of the administration times represented by times such as "11 o'clock" and "15:00" may be associated with one said drug distribution time such as "11 o'clock" or "noon". Further, a plurality of the administration times such as "11 o'clock" and "after lunch" may be associated with one said drug distribution time such as "11 o'clock".

The control unit 11 can set the correspondence between the administration time and the drug distribution time in the drug distribution management information D1 according to the user operation. Specifically, in the drug distribution management information D1 shown in FIG. 3, the drug distribution time of "morning" is associated with the dosing time of "before breakfast" and "after breakfast", and the drug distribution time of "lunch". Is associated with the dosing time of "before lunch" and "after lunch". Further, in the drug distribution management information D1, the drug distribution time of "evening" is associated with the dosing time of "before dinner" and "after dinner".

In addition, the medicine corresponding to the time of taking "when waking up" is when the medicine corresponding to "before going to bed", which is the last time of taking one day before the day of taking the medicine to which the time of taking the medicine belongs, is distributed to the user. The medicine may be distributed to the person who takes it all together. On the other hand, as shown in FIG. 3, the control unit 11 associates the drug distribution time "before going to bed" with the dosing time "before going to bed" and "at the time of waking up" in the drug distribution management information D1. It is possible. That is, the control unit 11 can associate the dosing time "before going to bed" and the taking time "at the time of waking up" on different dosing dates with the same "before going to bed" drug distribution time. As a result, when the drug distribution time is specified based on the drug distribution management information D1, for example, the time of administration "before going to bed" on April 1 and the date of administration are set. As the drug distribution time corresponding to the time of taking the drug "at the time of waking up" on April 2, the following day, the time of drug distribution "before going to bed" on April 1 is specified.

In the packaging mode information D2, as shown in FIG. 4, the dispensing group and the packaging mode in the packaging operation executed by the packaging device 3 are stored in association with each other. The packaging mode includes a first packaging mode and a second packaging mode in which the order of the drug packages 81 in the drug package sheet 80 output by the packaging operation is different. Then, the control unit 11 can set the association between the drug distribution group and the packaging mode in the packaging mode information D2 according to the user operation. In the dispensing support system 1, either the first packaging mode or the second packaging mode may be feasible.

The first packaging mode and the second packaging mode have in common that the packaging operation is executed in a mode in which the drug packages 81 corresponding to a plurality of users are continuously arranged for the same drug distribution timing. be. In other words, in the first packaging mode and the second packaging mode, the packaging operation is performed in a mode in which the drug packages 81 of different recipients and the same drug distribution time are continuous. Will be executed. On the other hand, the first packaging mode and the second packaging mode differ in the following points.

In the first packaging mode, a group of medicines in which the medicines 81 corresponding to a plurality of the users are consecutively repeated for the same medicine delivery time in units of the medicine delivery time is repeated for each medicine delivery date. The packaging operation is executed at. In other words, the packaging operation is executed in a manner in which a group of drug packages in which the drug packages 81 corresponding to a plurality of users are continuously repeated for the same drug distribution time in units of the drug distribution time. FIG. 14 is a diagram showing an example of a packaging result when the packaging operation is executed in the first packaging mode. Specifically, as shown in FIG. 14, in the drug package group 801 corresponding to the drug distribution date (2020/4/1), the drug corresponding to a plurality of users at each drug distribution time on the drug distribution date. A drug package group 802 in which the packages 81 are continuous is formed, and similarly, the drug packages 81 corresponding to a plurality of users are continuously formed for each drug distribution time on the next drug distribution date and thereafter. Will be. In the first packaging mode, the packaging corresponding to the plurality of users having the same drug distribution date and drug distribution time is in the order of the drug distribution position information preset in the drug distribution group information D3 or the like. Is executed by. Further, in the first packaging mode, for example, as shown in FIG. 14, the same user "Ichiro Yuyama" is assigned to the same drug distribution time "before going to bed" at "before going to bed" and "at the time of waking up". The corresponding plurality of drug packages 81 may be continuous.

In the second packaging mode, a group of medicines in which the medicines corresponding to a plurality of the users are continuously repeated for the same medicine delivery time is repeated in units of the medicine delivery days. The packaging operation is executed at. In other words, in the order of the drug distribution time, the drug packages 81 corresponding to each user who needs to be distributed at the drug distribution time on the drug distribution day are packaged so as to be lined up. FIG. 15 is a diagram showing an example of a packaging result when the packaging operation is executed in the second packaging mode. Specifically, as shown in FIG. 15, in the drug package group 811 corresponding to the first drug delivery time (morning), the drug corresponding to a plurality of users for each drug delivery date at the drug delivery time. After the packages 81 are consecutively formed, the drug packages 81 corresponding to a plurality of recipients are continuously formed for each drug distribution day in the same manner for the next drug distribution time. In the second packaging mode, the packaging corresponding to the plurality of users having the same drug distribution date and drug distribution time is in the order of the drug distribution position information preset in the drug distribution group information D3 or the like. Is executed by.

In the drug distribution group information D3, as shown in FIG. 5, the drug distribution group and the drug distribution position information belonging to the drug distribution group are stored in association with each other. For example, when the drug distribution group is a health facility, the drug distribution position information is information indicating a room number provided in the health facility and a bed number of a bed provided in a room corresponding to the room number. .. Then, the control unit 11 can set the association between the drug distribution group and the drug distribution position information in the drug distribution group information D3 according to the user operation. Further, in the drug distribution group information D3, it is possible to set the execution order of the sachets corresponding to the plurality of users having the same drug distribution date and drug distribution time according to the data order of the drug distribution position information.

The control unit 11 includes a processor such as a CPU, a ROM, a RAM, and the like, and the processor executes various processes according to various control programs stored in the ROM or the storage unit 12, and the dispensing support. It controls the operation of the device 1.

Specifically, the control unit 11 includes various processing units such as an allocation processing unit 111, a packaging processing unit 112, a sheet output processing unit 113, and a shape change processing unit 114. The control unit 11 functions as the various processing units by executing various processing according to the dispensing support program. Further, any one or more of the various processing units may be an electronic circuit such as an ASIC or a DSP.

The allocation processing unit 111 has a dosing date and a dosing date specified based on each of the prescription data based on the plurality of prescription data corresponding to the plurality of users acquired from the higher-level system 6 and the drug distribution management information D1. Allocate the dosing time to the drug delivery date and the drug delivery time. For example, the dosing start date in the prescription data is April 1, and the dosing time corresponding to the usage in the prescription data is "at the time of waking up", "after breakfast", "after lunch", "after dinner", and "sleeping". Take the case of "before" and the duration of administration is 7 days as an example. In this case, the allocation processing unit 111 will perform "after breakfast", "after lunch", "after dinner", and "sleep" corresponding to the seven days of administration from April 1 to April 7, which is the start date of administration. Allocate the "before" dosing time to the "morning", "lunch", "evening", and "before going to bed" dosing times corresponding to the dosing days from April 1st to April 7th on the same day. On the other hand, the allocation processing unit 111 allocates the dosing date and the dosing time to the dosing date and the dosing time based on preset conditions. Specifically, the allocation processing unit 111 takes the medicine corresponding to the dosing date from April 1 to April 7 of the dosing start date for the "wake-up time" which is a specific dosing time set in advance. The time is assigned to the "before going to bed" drug delivery time corresponding to the drug delivery day from March 31 to April 6 on the day before the dosing date. In this way, the allocation processing unit 111 can allocate one or a plurality of dosing times to one or a plurality of drug distribution times. In particular, based on the drug distribution management information D1, the allocation processing unit 111 corresponds to a plurality of the administration times such as "before going to bed" and "at the time of waking up" on different administration dates on the same day. It is possible to assign it to one of the above-mentioned drug distribution times such as "before going to bed". Regarding the specific dosing time, the allocation processing unit 111 sets the day before the dosing date corresponding to the dosing time as the drug delivery date, or sets the day of the dosing date corresponding to the dosing time as the drug delivery date. Conditions such as whether or not may be set in advance for each of the drug distribution groups according to the user's operation. Further, the allocation processing unit 111 may be able to set an arbitrary dosing time as the specific dosing time according to the user operation. The specific dosing time, the relationship between the taking date and the drug distribution date, and the like may be registered in the drug distribution management information D1.

The package processing unit 112 accommodates the medicines of each of the dosing times corresponding to a plurality of users based on the medicine distribution date and the medicine distribution time assigned by the allocation processing unit 111. The output order of the above is determined, and the packaging device 3 is made to perform a packaging operation for outputting the medicine package 81 in the output order. Specifically, in the packaging processing unit 112, the medicine packaging 81 in which the medicines corresponding to a plurality of users are stored is continuously provided for each medicine distribution time to which the administration time is assigned by the allocation processing unit 111. In this mode, the packaging device 3 is made to perform the packaging operation. More specifically, the packaging processing unit 112 generates packaging data for executing the packaging operation in the packaging device 3 based on prescription data corresponding to a plurality of users. Output to the packaging device 3. As a result, in the packaging device 3, based on the packaging data, the packaging operation is executed in a manner in which the drug packages 81 corresponding to the plurality of users are continuously arranged for the same drug distribution timing. It will be. The packaging data is data capable of causing the packaging device 3 to execute the packaging operation according to the order of the plurality of drug distribution timings registered in the drug distribution management information D1.

Further, the packaging processing unit 112 can register the drug distribution management information D1 indicating the correspondence relationship between the one or a plurality of the administration timing and the drug distribution timing according to the user operation. In particular, as described above, the packaging processing unit 112 can register, in the drug distribution management information D1, a plurality of the administration times having different administration dates in association with the same administration time. ..

In the sheet output processing unit 113, information on the user, the drug, and the package form of the drug corresponding to the drug package 81 is arranged based on the execution order of the package in the package operation. Is output. For example, the sheet output processing unit 113 can output the drug distribution sheet to the printing device 4 and print it as a drug distribution sheet. Further, the sheet output processing unit 113 can also transmit the medicine distribution sheet to an information processing device or the like provided in the occupancy facility.

When the packaging operation is executed based on the prescription data corresponding to a plurality of users, the shape changing processing unit 114 and the packaging form of the drug in the packaging operation based on any of the prescription data. It is possible to change the information of the package form of the medicine package in the medicine distribution sheet according to the user operation.

[Dispensing support processing]
Hereinafter, an example of the procedure of the dispensing support process executed by the dispensing support system 10 will be described with reference to FIG. The dispensing support process is executed by the control unit 11 when a predetermined user operation for executing the dispensing support program is executed for the dispensing support device 1. The present invention is a dispensing support method for executing a part or all of the processing procedure of the dispensing support process, or the dispensing support for causing a processor mounted on the dispensing support device 1 or the like to execute the dispensing support method. It may be regarded as an invention of a program.

<Step S1>
In step S1, the control unit 11 executes a selection process of selecting the drug distribution group to be processed by the dispensing support process according to a user operation or the like. For example, as shown in FIG. 7, the control unit 11 displays a selection screen P10 including an area A11 displaying a list of drug distribution groups that are candidates for processing of the dispensing support process on the operation display unit 13. To display. Then, the control unit 11 selects the drug distribution group to be processed according to the selection operation by the user using the operation display unit 13. When the drug distribution group is selected in the area A11 of the selection screen P10, the control unit 11 displays a list of the prescription data corresponding to each of the users belonging to the drug distribution group on the selection screen. It is displayed in the area A12 of P10. Further, the control unit 11 may automatically select the drug distribution group as the processing target when a predetermined timing such as a reservation time preset for each drug distribution group arrives.

By the way, when the medical treatment type shown in the prescription data input from the higher-level system 6 is outpatient, the control unit 11 automatically generates packaged data based on the prescription data. Output to the packaging device 3. On the other hand, when the medical treatment type shown in the prescription data is not outpatient (for example, hospitalization or facility occupancy), the control unit 11 makes the prescription data wait for processing. Thereby, for the prescription data whose medical treatment type is hospitalization or facility occupancy, it is possible to generate the package data in the unit of the drug distribution group and start the package operation. As another embodiment, when the prescription data does not include information on the drug distribution group, the control unit 11 automatically generates package data based on the prescription data and packages the package. When the information of the drug distribution group is included in the prescription data by inputting to the device 3, the processing of the prescription data may be made to wait.

<Step S2>
In step S2, the control unit 11 determines whether or not a change in the dispensing method for any of the prescription data of the plurality of users belonging to the drug distribution group selected in step S1 is requested. .. Then, when it is determined that the change of the dispensing method is requested (S2: Yes), the process proceeds to step S21, and if the change of the dispensing method is not requested (S2: No), the process is step S3. Move to.

For example, when any of the prescription data is selected and a user operation such as double-clicking is performed in the area A12 of the selection screen P10, the control unit 11 has the same as shown in FIG. The detail screen P20 showing the details of the prescription data is displayed. After that, the control unit 11 determines that the change in the dispensing method of the prescription data is requested when the operation key K21 of the "corrected prescription" is operated on the detailed screen P20. For example, the dispensing method includes a packaged form (separate package, heat, etc.) or a package group of a drug to be dispensed based on the prescription data. The combined group is a group of drugs that are packaged in the same drug package 81 when a plurality of drugs are included as prescription drugs in the prescription data.

<Step S21>
In step S21, the control unit 11 changes the dispensing method of the prescription data selected as the change target of the dispensing method according to a user operation, and associates the changed content of the dispensing method with the prescription data. It is stored in the storage unit 12. Then, the control unit 11 reflects the changed contents of the dispensing method in the package data generated in step S41 or S5 described later and the drug distribution sheet generated in step S7 described later. The step S21 is executed by the form change processing unit 114 of the control unit 11.

For example, in step S21, the control unit 11 displays a first change screen P30 for changing the prescription data, as shown in FIG. Next, the control unit 11 selects a chemical to be changed on the first change screen P30, and when a user operation such as an operation key K31 or an operation area A31 for changing the package form is performed, the control unit 11 performs a user operation. It is judged that the packaging form of the drug will be changed. Then, as shown in FIG. 10, the control unit 11 displays a second change screen P40 for changing the package form. Subsequently, the control unit 11 operates the operation keys K41 to K44 for selecting the package form from "packaging", "DTA", "heat", and "crushing" on the second change screen P40. Or, the package form is changed by a selection operation from the pull-down menu in the operation area A41. After that, when the processing for changing the dispensing method is completed, the processing is returned to the step S2. Further, when a user operation such as the operation key K32 for changing the inclusion group or the operation area A32 is performed on the first change screen P30, the process for changing the inclusion group is similarly performed. Will be executed.

<Step S3>
In step S3, the control unit 11 determines whether or not to start dispensing for the drug distribution group selected in step S1. Then, when it is determined to start dispensing (S3: Yes), the process proceeds to step S31, and when it is determined not to start dispensing (S3: No), the process is returned to step S2.

For example, when the control unit 11 performs a user operation of the operation key K11 for starting dispensing for the drug distribution group selected on the selection screen P10 (see FIG. 7), the control unit 11 relates to the drug distribution group. Judged to start dispensing. Further, the control unit 11 may determine that dispensing is automatically started when a specific timing such as a preset reservation time arrives.

<Step S31>
In step S31, the control unit 11 takes the dose specified based on each of the prescription data based on the plurality of prescription data corresponding to the plurality of users belonging to the drug distribution group and the drug distribution management information D1. Allocate the date and time of administration, and the date and time of drug distribution. The dosing date is the day when the user takes the drug, and the dosing time is the time when the taking person takes the drug on the taking day. In addition, the drug distribution day is a day when a nurse, facility staff, or a pharmacist or other drug distributor who distributes the drug to the user at a hospital or a health facility distributes the drug. Is the time when the person in charge of drug distribution distributes the drug on the day of the drug distribution. The step S31 is executed by the allocation processing unit 111 of the control unit 11.

For example, FIG. 11 shows prescription data D11, which is an example of the prescription data. The prescription data D11 shown in FIG. 11 is a schematic representation of the contents of the prescription data D11, and the data structure of the prescription data D11 is not limited to this. As shown in FIG. 11, in the prescription data D11, the prescription data for 7 days from "4/1" to "4/7" corresponding to the user ID "100001" and the user name "Ichiro Yuyama" is used. Therefore, the time of administration included in the usage is "at the time of waking up", "after breakfast", "after lunch", "after dinner", and "before going to bed". The prescription number of the prescription data D11 is "10000000001". In addition, the medicines to be taken "after breakfast", "after lunch", and "after dinner" are medicines M1, M2, and M3, and the medicines to be taken "before going to bed" are medicines M11. The drug to be taken "when waking up" is drug M12. In this case, the control unit 11 will "after breakfast", "after lunch", and "after dinner" on each of the "4/1" to "4/7" dosing days based on the drug distribution management information D1. , "Before going to bed" is assigned to "morning", "lunch", "evening", and "before going to bed" on each of the "4/1" to "4/7" drug delivery days. .. Further, based on the drug distribution management information D1, the control unit 11 sets the dosing time of "at the time of waking up" on each of the taking days of "4/1" to "4/7" from "3/31" to "3/31". Allocate to the "before going to bed" drug delivery time on each "4/6" drug delivery day. That is, the control unit 11 assigns "before going to bed" and "at the time of waking up", which are a plurality of taking times with different dosing dates, to "before going to bed", which is one of the same drug delivery days.

<Step S4>
In step S4, the control unit 11 determines whether or not the packaging mode corresponding to the drug distribution group to be processed is the first packaging mode based on the packaging mode information D2. Here, when it is determined that the packaging mode is the first packaging mode (S4: Yes), the process proceeds to step S5, and the packaging mode is the first packaging mode. Is not the first packaging mode (S4: No), and the process proceeds to step S41. Further, as another embodiment, any packaging mode may be selectable from three or more packaging modes.

In the dispensing support process, if the prescription data of the user included in the dispensing group to be processed contains a drug to be dispensed using the dispensing device 2, the control unit 11 said. A process of generating dispensing data to be input to the dispensing device 2 based on the prescription data and inputting the dispensing data to each of the dispensing devices 2 is also executed, but detailed description thereof will be omitted here.

<Steps S5 and S41>
In step S5, the control unit 11 is based on the prescription data corresponding to a plurality of users belonging to the drug distribution group to be processed, the allocation result in step S31, and the drug distribution group information D3. The packaging data corresponding to the first packaging mode is generated and stored in the storage unit 12. Further, in step S41, the control unit 11 is based on the prescription data corresponding to a plurality of users belonging to the drug distribution group to be processed, the allocation result in the step S31, and the drug distribution group information D3. Then, the packaging data corresponding to the second packaging mode is generated and stored in the storage unit 12.

Further, the control unit 11 has the prescription data in which the change contents of the dispensing method are stored in the storage unit 12 among the prescription data corresponding to the plurality of users belonging to the drug distribution group, in the step S5. And in the step S41, the content of the change of the dispensing method is reflected in the packaged data. For example, in the prescription data input to the dispensing support device 1, it may be indicated that the package form of the tablet is "separate package". Further, the control unit 11 automatically divides the package form of the tablet contained in the prescription data into a "separate package" based on the prescription data and the user or the drug distribution group corresponding to the prescription data. May be set. When the packaged form is changed from "separated package" to "heat" in step S21 for the tablet whose packaged form is "separated package", the control unit 11 transfers the tablet to the divided portion. Exclude from the creation target of package data. In this case, the control unit 11 changes the package form of the tablet to "heat" and includes it in the dispensing data input to, for example, the picking support device or the PTP sheet dispensing device. As a result, when dispensing is performed based on the prescription data, the tablets are dispensed in a “heat” package form without being packaged by the packaging device 3. That is, the control unit 11 excludes the tablet whose packaging form has been changed to "heat" from the packaging target by the packaging device 3.

Here, FIG. 12 shows the packaging data D12, which is an example of the packaging data generated by the control unit 11 when the packaging mode is the first packaging mode. The packaged data D12 shown in FIG. 12 is a schematic representation of the contents of the packaged data D12, and the data structure of the packaged data D12 is not limited to this. The record of each row in the package data D12 is the data corresponding to each of the drug packages 81. Further, in the packaged data D12, the prescription number of the prescription data corresponding to the drug package 81 is associated with the record corresponding to each of the drug packages 81. In the package data D12 shown in FIG. 12, the drug distribution date of “4/1” corresponds to a plurality of “Yuyama Ichiro”, “Yuyama Jiro”, “Yuyama Saburo”, and “Yuyama Shiro” users. The data are arranged in order according to the drug distribution time of "morning", "noon", "evening", and "before going to bed". Next, regarding the drug distribution date of "4/2", the data corresponding to multiple "Yuyama Ichiro", "Yuyama Jiro", "Yuyama Saburo", and "Yuyama Shiro" users are "Morning" and "Morning". They are arranged in order according to the time of drug distribution, "daytime", "evening", and "before going to bed". Here, the data corresponding to multiple users of "Ichiro Yuyama", "Jiro Yuyama", "Saburo Yuyama", and "Shiro Yuyama" corresponding to the same drug delivery date and time are the above-mentioned drug distribution group information. They are arranged according to the data order in D3. After that, similarly, for the drug distribution dates from "4/3" to "4/7", data corresponding to multiple "Yuyama Ichiro", "Yuyama Jiro", "Yuyama Saburo", and "Yuyama Shiro" users. Are arranged in order according to the drug distribution time of "morning", "noon", "evening", and "before going to bed". In the packaged data D12 shown in FIG. 12, the data corresponding to the user of "Ichiro Yuyama" whose drug distribution date is "3/31" and the drug distribution time is "before going to bed" at the beginning. Is also included. Further, although omitted in FIG. 12, the packaged data also includes other information such as the quantity of each drug and the packaged group.

FIG. 13 shows the packaging data D12, which is an example of the packaging data generated by the control unit 11 when the packaging mode is the second packaging mode. The packaged data D12 shown in FIG. 13 is a schematic representation of the contents of the packaged data D12, and the data structure of the packaged data D12 is not limited to this. The record of each row in the package data D12 is the data corresponding to each of the drug packages 81. In the package data D12 shown in FIG. 13, first, regarding the “morning” drug distribution timing, it corresponds to a plurality of “Yuyama Ichiro”, “Yuyama Jiro”, “Yuyama Saburo”, and “Yuyama Shiro” users. The data are arranged in order for each drug distribution date from "4/1" to "4/7". In addition, regarding the drug distribution time of "daytime", the data corresponding to multiple users of "Ichiro Yuyama", "Jiro Yuyama", "Saburo Yuyama", and "Shiro Yuyama" are "4/1" to "4/1". They are arranged in order for each drug distribution date of "4/7". Here, the data corresponding to multiple users of "Ichiro Yuyama", "Jiro Yuyama", "Saburo Yuyama", and "Shiro Yuyama" corresponding to the same drug delivery date and time are the above-mentioned drug distribution group information. They are arranged according to the data order in D3. After that, the data corresponding to multiple users of "Ichiro Yuyama", "Jiro Yuyama", and "Saburo Yuyama" for the drug distribution time of "Yu" is "4/1" to "4/7". They are arranged in order by drug distribution date. Regarding the timing of drug distribution "before going to bed", the data corresponding to multiple users of "Ichiro Yuyama", "Jiro Yuyama", and "Saburo Yuyama" are distributed from "3/31" to "4/7". They are arranged in order by drug day.

Further, the control unit 11 sets the drug package identification information that can identify the drug package 81 in association with the record corresponding to each of the drug packages 81 in the package data D12. Specifically, the control unit 11 assigns a serial number equal to the total number of the medicine packages 81 output by the package operation executed based on the package data D12, and the number is the same. Each is set as the medicine package identification information corresponding to each of the medicine packages 81. For example, in the example shown in FIGS. 12 and 13, 112 numbers “000001” to “000112”, which are the total number of records in the package data D12 (total number of drug packages 81), are numbered and the minutes are divided. Each record is associated with each record in the order of execution of the package in the package operation based on the package data. As a result, the packaging device 3 prints the drug package identification information on the drug package 81 based on the package data D12.

Then, the control unit 11 resets the numbers serially numbered as the drug package identification information to initial values such as "000001" at predetermined specific periods. That is, the control unit 11 does not reset the numbers serially numbered as the drug package identification information until the specific period elapses. As a result, in the packaged data generated after the packaged data D12, a number serially numbered from "000113" following "000112", which is the last drug package identification information of the packaged data D12, is used. It will be set as the drug package identification information. Therefore, in the dispensing support system 10, the drug package identification information is unique information for each specific period as information for identifying the drug package 81 packaged by the packaging device 3. As described above, the process for causing the drug package 81 to print the unique drug package identification information for each specific period is executed by the control unit 11, and the control unit 11 is an example of the printing processing unit in the present invention. be. The control unit 31 of the packaging device 3 that executes the process of printing the drug package identification information on the drug package 81 may be regarded as the print processing unit in the present invention. As another embodiment, the drug package identification information may be a number, a character, or a combination thereof that is unique in the specific period based on a preset rule, instead of a serial number. For example, the drug package identification information may be represented by a combination of the machine number of the packaging device 3 and the date and time.

In this embodiment, the case where the packaging data is generated by the dispensing support device 1 will be described, but as another embodiment, the prescription data is input from the dispensing support device 1 to the packaging device 3. Then, the packaging data may be generated by the control unit 31 of the packaging device 3. Further, the control unit 31 of the packaging device 3 sets the drug package identification information such as a serial number unique to each specific period in the record corresponding to each of the drug packages 81 in the package data. You may.

<Step S6>
In step S6, the packaging data generated in step S5 and step S41 is input to the packaging device 3, and the packaging device 3 is made to execute a packaging operation based on the packaging data. The steps S4 to S6 are executed by the packaging processing unit 112 of the control unit 11.

Specifically, when the packaging data corresponding to the first packaging mode is generated in step S5, in the packaging device 3, the control unit 31 controls the package in the packaging data. The packaging operation is executed in the order of the identification information, and the medicine package 81 is output in the order according to the first packaging mode. That is, in the packaging operation, a group of drug packages in which the drug packages 81 corresponding to a plurality of users who need to distribute the drug at the same drug distribution time for the same drug distribution time is continuously generated for each drug distribution day. It is packaged so as to be repeated in the unit of the drug distribution time. For example, as shown in FIG. 14, in the drug package group 801 corresponding to the drug distribution date (2020/4/1), the drug package 81 corresponding to a plurality of users for each drug distribution time on the drug distribution date. The continuous drug package group 802 is formed, and similarly, the drug package 81 corresponding to a plurality of users is continuously formed for each drug distribution time on the next drug distribution day and thereafter. become. In particular, in the example shown in FIG. 14, in the last drug package group 802 on each of the drug distribution days, the drug distribution time is assigned to "before going to bed" at the "before going to bed" and "at the time of waking up". The corresponding drug package 81 is continuously formed. For example, in the example shown in FIG. 14, "Ichiro Yuyama" "before going to bed" medicine package 81, "when waking up" medicine package 81, "Jiro Yuyama" "before going to bed" medicine package 81, "Saburo Yuyama" "Before going to bed" medicine package 81 is formed on the medicine package sheet 80 in order. As a result, as shown in FIG. 19, for example, a storage unit 83 such as a case in which the medicine package 81 of a plurality of users corresponding to each combination of drug distribution date and drug distribution time is stored is used for drug distribution. In this case, it becomes easy to separate the medicine package 81 from the medicine package group 811 and sequentially store the medicine package 83 in the storage unit 83. For example, the person in charge of drug distribution at the occupancy facility carries the storage unit 83 corresponding to the drug distribution time at each timing of the drug distribution time in the occupancy facility, and is housed in the storage unit 83. The medicine package 81 is distributed to each user. In addition, the medicine package 81 whose administration time is "before going to bed" and "at the time of waking up" is assigned to "before going to bed" which is the same medicine distribution time, and "before going to bed" and "before going to bed" in the medicine package group 811. Since the medicine package 81 "when waking up" is continuously formed, it is easy to collectively store the medicine package 81 in the storage unit 83. Furthermore, if the person in charge of drug distribution distributes the drug package 81 whose time of administration is "at the time of waking up" while the person taking the drug is sleeping (before waking up), the person in charge of drug distribution may wake up the person taking the drug. The medicine package 81 "before going to bed" and "at the time of waking up" is assigned to "before going to bed" which is the same medicine distribution time, and the medicine package 81 is distributed "before going to bed" which is the medicine distribution time. For example, the user will not be awakened while sleeping (before waking up). In FIG. 19, the storage unit 83 is provided with an individual storage unit corresponding to each of the drug distribution position information, but the same applies when one individual storage unit is provided for each drug distribution date. In addition, it is easy to separate the drug package 81 from the drug package group 811 and sequentially store it in the storage unit 83 in units of combinations of the drug distribution date and the drug distribution time. Here, as shown in FIG. 19, the case where the storage unit 83 is independent for each of the drug distribution date and the drug distribution time has been described as an example, but the first packaging mode has been described. When the medicine package 81 is output based on the package data corresponding to the above, the storage unit 83 described later shown in FIG. 20 may be used. Although not shown, the storage unit 83 is independent for each drug distribution date, and each of the storage units 83 is provided with the individual storage units corresponding to the plurality of drug distribution timings. May be.

Further, when the packaging data corresponding to the second packaging mode is generated in the step S5, in the packaging device 3, the control unit 31 controls the package identification information in the packaging data. The packaging operation is executed in the order of, and the medicine package 81 is output in the order according to the second packaging mode. That is, in the packaging operation, a group of drug packages in which the drug packages 81 corresponding to a plurality of users who need to distribute the drug at the same drug distribution period at the same drug distribution period is continuously generated. It is packaged so as to be repeated in units of the above-mentioned drug distribution days. For example, as shown in FIG. 15, in the drug package group 811 corresponding to the first drug distribution time (morning), the drug package 81 corresponding to a plurality of users for each drug distribution date for the drug distribution time. Similarly, for the next drug distribution time, the drug packages 81 corresponding to a plurality of recipients are continuously formed for each drug distribution day. As a result, for example, as shown in FIG. 20, when the storage unit 84 such as the case in which the medicine package 81 corresponding to a plurality of drug distribution dates is used for each drug distribution time, the drug package 81 is used. The work of separating from the drug package group 811 and sequentially accommodating it in the accommodating portion 84 becomes easy. In addition, the medicine package 81 whose administration time is "before going to bed" and "at the time of waking up" is assigned to "before going to bed" which is the same medicine distribution time, and "before going to bed" and "before going to bed" in the medicine package group 811. Since the medicine package 81 "when waking up" is continuously formed, it is easy to collectively store the medicine package 81 in the storage unit 84. In FIG. 20, the storage unit 84 is provided with an individual storage unit corresponding to each of the drug distribution position information, but the same applies when one individual storage unit is provided for each drug distribution time. In addition, it is easy to separate the drug package 81 from the drug package group 811 and sequentially store the drug package 81 in the storage unit 84 in units of each drug distribution time. Further, as shown in FIG. 20, the storage unit 83 is independent for each drug distribution time, and the individual storage unit corresponding to a plurality of the drug distribution dates in each of the storage units 83. Although the case where is provided is described as an example, when the medicine package 81 is output based on the package data corresponding to the second package mode, the storage unit 83 shown in FIG. 19 is shown. May be used. Although not shown, the storage unit 83 is independent for each drug distribution date, and each of the storage units 83 is provided with a plurality of individual storage units corresponding to the drug distribution timing. May be good.

<Step S7>
In step S7, the control unit 11 has the prescription data, the dispensing data, the packaging data, the user master, and the drug distribution group information corresponding to a plurality of users belonging to the drug distribution group to be processed. A drug distribution sheet is generated based on D3 or the like. Here, the drug distribution sheet P1 which is an example of the drug distribution sheet will be described with reference to FIGS. 16 and 17.

Specifically, the control unit 11 generates the drug distribution sheet corresponding to each combination of the drug distribution date and the drug distribution timing. FIG. 16 shows an example of the drug distribution sheet P1 corresponding to the drug distribution date “April 1” and the drug distribution time “morning”, and FIG. 17 shows the drug distribution date “April 1”. It is a figure which shows an example of the said medicine distribution sheet P1 corresponding to the said medicine distribution time "before going to bed". It should be noted that the illustration of the drug distribution sheet P1 corresponding to the “daytime” and “evening” drug distribution time is omitted.

When the number of users is a predetermined number or more, the control unit 11 outputs a plurality of pages of the drug distribution sheet for the same combination of drug distribution date and drug distribution time. In addition, the control unit 11 generates the drug distribution sheet that is page-changed each time the combination of the drug distribution date and the drug distribution time is switched. When the drug distribution sheet is output by double-sided printing, the page break also includes switching from the front surface to the back surface of one drug distribution sheet. On each page of the drug distribution sheet, a title area A10 containing information on a drug distribution group, a drug distribution date, and a drug distribution time is arranged.

Further, the control unit 11 presets the regions D21 and the regions D22 corresponding to the respective drug distribution position information in each of the drug distribution sheets based on the drug distribution group information D3 and the user master. Arrange them in the order according to the layout. In the layout, the region D21 and the region D22 corresponding to each of the drug distribution position information are arranged side by side based on the execution order of the packaging in the packaging operation.

The area D21 includes the drug distribution position information and identification information such as the user name of the user corresponding to the drug distribution position information. Further, the area D22 includes information such as a drug administration time, a drug identification information, a package form of the drug, and a dose of the drug corresponding to the drug distribution position information. The indication of the dosing time in the area D22 may be any information as long as it is information that can specify the taking time in relation to the drug distribution time in the title area A10, for example, when the taking time is "after breakfast". If the drug distribution time in the title area A10 is "morning", the dosing time in the area D21 may be "after meals" as shown in FIGS. 16 and 17.

Further, in each of the drug distribution sheets, the control unit 11 can identify the area D21 corresponding to the drug distribution position information in which the user is not occupying the drug distribution position information belonging to the drug distribution group. Set to. For example, as shown in FIGS. 16 and 17, the control unit 11 relates to the area D21 corresponding to the drug distribution position information in which the user is occupying the drug distribution position information belonging to the drug distribution group. Is set to a mode such as no shading or white, and the area D21-1 corresponding to the above-mentioned drug distribution position information of "304-1" in which the user is not occupying is set to a mode such as shaded or grayed out. do. Thereby, by referring to the drug distribution sheet, it is possible to easily determine whether or not the user is occupying each of the drug distribution position information. Further, it is possible to understand that the reason why the medicine package 81 corresponding to the medicine distribution position information does not exist is that there is no user corresponding to the medicine distribution position information.

Further, in each of the drug distribution sheets, the person taking the drug among the drug distribution position information belonging to the drug distribution group is occupying, but the drug package 81 that distributes the drug corresponding to the drug distribution date and the drug distribution time. May not exist. In this case, the control unit 11 has the same as the area D21 corresponding to the drug distribution position information in which the user is occupying the drug distribution position information in the area D21 corresponding to the drug distribution position information. Set to the aspect. On the other hand, the control unit 11 displays the area D22 corresponding to the drug distribution position information as a blank. For example, as shown in FIG. 16, the control unit 11 covers a region D22-1 corresponding to the drug distribution position information of “304-2” in which the drug package 81 to be distributed at the drug distribution time does not exist. Leave blank. As a result, referring to the drug distribution sheet, the reason why the drug package 81 corresponding to the drug distribution position information does not exist is not because there is no user corresponding to the drug distribution position information, but the drug distribution. It is possible to know that there is a person who takes the drug corresponding to the location information, but the person who takes the drug does not have a drug to be taken at the time of the drug delivery corresponding to the time of the drug distribution.

Further, when the change content of the dispensing method corresponding to the prescription data is stored in the storage unit 12 in the step S21, the control unit 11 displays the drug distribution sheet based on the change content. Generate. For example, for a tablet whose package form has been changed from "packaging" to "heat" in step S21, the control unit 11 uses the package form in the drug distribution sheet as a "tablet" indicating tablet packaging. Change from "minutes" to "tablets" that indicate the heat of the tablets. Further, for the tablet whose package form is changed from "heat" to "separate package" in the step S21, the control unit 11 uses the package form in the drug distribution sheet as the "tablet heat" indicating the heat of the tablet. ”Will be changed to“ Tablets ”indicating the packaging of tablets.

<Step S8>
In step S8, the control unit 11 outputs the medicine distribution sheet generated in step S7. Specifically, the control unit 11 outputs the print data of the medicine distribution sheet to the printer 4, and causes the printer 4 to print the medicine distribution sheet. Further, the control unit 11 may display the drug distribution sheet on the display device 14 or the like, or may transmit the data of the drug distribution sheet to an external device such as a mobile terminal. In this way, in steps S7 to S8, the output step of outputting the drug distribution sheet is executed by the sheet output processing unit 113 of the control unit 11.

Further, as another embodiment, the control unit 11 may be able to switch the presence / absence of output of the drug distribution sheet in the steps S7 to S8 according to the user operation. For example, when the drug distribution group is selected in step S1, the control unit 11 switches whether or not to output the drug distribution sheet according to a user operation. Further, the control unit 11 may be able to output the medicine distribution sheet automatically or in response to a user operation at a timing different from the timing at which the dispensing support process is executed.

As described above, in the dispensing support system 10, the dispensing operation is executed in a manner in which the packaging of the medicines corresponding to the plurality of recipients is continuously performed at each of the dispensing timings, so that the dispensing operation is performed to a plurality of recipients. It is possible to improve the work efficiency of workers regarding the distribution of medicines. For example, the worker can easily put together the medicine packages 81 corresponding to a plurality of users at each medicine distribution time. Specifically, it is easy to sequentially accommodate each of the drug packages 81 formed in the drug package group 811 in the storage unit 83 or the storage unit 84 shown in FIGS. 19 and 20 at each drug distribution time. It becomes. Further, in the dispensing support system 10, the drug package 81, which is taken "before going to bed" and "at the time of waking up", is assigned to "before going to bed", which is the same drug distribution time, and the drug package group 811. Since the medicine package 81 "before going to bed" and "at the time of waking up" is continuously formed in the above, it is easy to collectively store the medicine package 81 in the storage unit 84.

Hereinafter, other functions included in the dispensing support system 10 will be described. Further, in the following, various functions will be described on the premise of the configuration of the dispensing support system 10, but the various functions are not limited to those on the premise of the configuration according to the first embodiment, and conventional dispensing is performed. It may be applicable to a support system or the like.

[Individual payout support function]
For example, when the tablet payout unit 34 or 35 capable of paying out the tablets to be dispensed by the packing operation of the packing device 3 does not exist, the individual payout unit 36 may be used for paying out the tablets. In this case, the operator needs to put the tablets corresponding to each administration time into each of the cells provided in the individual payout unit 36. In particular, as in the first package mode or the second package mode, the drug package 81 corresponding to each of the plurality of users at each time of administration is continuously arranged in the unit of the drug distribution group. When the wrapping operation is performed, it is necessary to put tablets corresponding to different recipients into each of the cells. Therefore, the work efficiency of the work of putting the tablet into each of the cells by the worker may be lowered, or a human error may occur. On the other hand, the packaging device 3 has an individual payout support function that supports the work of putting tablets corresponding to different recipients into each of the cells of the individual payout unit 36.

First, in the packaging device 3, when the individual dispensing unit 36 is used in the packaging operation for a drug corresponding to a plurality of users, the control unit 31 may use a plurality of the cells. Assign as a destination for the drug corresponding to the user. Specifically, the control unit 31 sets the destination of the drug corresponding to each of the drug package identification information used by the individual dispensing unit 36 in the packaging operation among the drug package identification information to the drug package identification information. Are assigned to each of the cells in the order of. As described above, the control unit 31 when executing the process of allocating the charging destination of the drug to each of the cells is an example of the individual payout processing unit in the present invention.

Then, the control unit 31 causes the operation display unit 33 to indicate that it is necessary to charge the medicine to the individual payout unit 36. After that, the control unit 31 causes the operation display unit 33 to display the type and quantity of the medicine assigned to each of the cells of the individual payout unit 36 in association with each of the cells. This makes it possible for the operator to easily grasp the type and quantity of the chemicals to be charged into each of the cells.

Further, when the drug identification information is read from the code information written on the medicine box or the PTP sheet by the code reading unit 39, the control unit 31 transfers the drug identification information to each of the cells of the individual dispensing unit 36. Check if it matches the drug identification information of any of the drugs that currently need to be added to. Then, when the collation results do not match, the control unit 31 displays a preset error message or the like to notify the user of the error. On the other hand, when the collation results are in agreement, the control unit 31 displays on the operation display unit 33 information indicating the positions of one or a plurality of the cells assigned as the charging destinations of the chemicals corresponding to the chemical identification information. A position display process for turning on a lighting unit such as an LED (not shown) provided in the cell is executed. The control unit 31 when executing such a display process is an example of the payout display process unit in the present invention. The control unit 31 causes the operation display unit 33 to display a list of types of chemicals assigned to each of the cells of the individual payout unit 36, and when any of the chemical types is selected, the position. Display processing may be executed.

By the way, the control unit 31 can switch the individual dispensing unit 36 between a first state in which chemicals cannot be charged into the plurality of cells and a second state in which chemicals can be charged into the plurality of cells. For example, in the packaging device 3, the cover member provided in the individual payout unit 36 is opened by driving a drive unit (not shown) by the control unit 31, and the cover member is in the first state. It is switched to the second state of being closed. Further, in the packaging device 3, the first state in which the individual payout unit 36 is exposed by driving a drive unit (not shown) by the control unit 31, and the individual payout unit 36 are the package device. It may be switched to the second state housed in the housing of 3. Here, in the first state, if the plurality of the cells are assigned as the charging destinations of the medicines corresponding to different drug distribution times or administration times, the work efficiency of the worker's work of charging the medicines into each of the cells is lowered. Doing or human error may occur.

On the other hand, the control unit 31 executes the allocation by a method in which the plurality of the cells are allocated as the charging destinations of the medicines corresponding only to the one administration time or the medicine distribution time in the first state. It is conceivable to do. For example, the control unit 31 may allocate the drug whose drug distribution time is “morning” to the plurality of cells, and then the individual payout unit 36 may have an unallocated drug. The drug corresponding to the “daytime” of the above-mentioned drug distribution time is not assigned to the unallocated cell. The chemicals charged into the plurality of cells at the timing of the first state at one time move from the cells and are temporarily stored in the storage unit, and are supplied from the storage unit at the start of the packaging operation. It is conceivable. In addition, the packaging operation is started in which the drug corresponding to one ingestion timing or drug distribution timing charged into the plurality of cells at the timing of the first state is packaged in the drug package 81, and then the package operation is started. Repeatedly, the second state shifts to the first state, and the medicines corresponding to one dosing time or medicine distribution time put into the plurality of cells at the timing of the first state are divided into the medicine package 81. The encapsulation operation may be initiated. As a result, the worker will charge the medicines corresponding to only one of the administration timings or the medicine distribution timings into the plurality of cells at each timing of the first state. Therefore, the work efficiency of the work of putting the chemicals into each of the cells by the worker is improved, or human error is suppressed.

[Drug distribution label output function]
The packaging device 3 outputs a drug package 81A printed with drug package group identification information capable of identifying the drug package group for each preset drug package group on the drug package sheet 80 as a drug distribution label. It has a drug distribution label output function.

Specifically, as shown in FIG. 14, when the packaging operation is executed based on the packaging data corresponding to the first packaging mode, the control unit 31 has the drug distribution date. The empty medicine package 81A is output between the medicine packages 81 at the timing of switching. For example, in the present embodiment, in the drug distribution management information D1, the drug distribution time registered at the bottom of the drug distribution time (“before going to bed” in FIG. 3) is the last drug distribution time on the drug distribution date. The drug distribution time registered at the top of the above-mentioned drug distribution times is registered as the first drug distribution time (“morning” in FIG. 3). Then, the control unit 31 determines the switching timing of the drug distribution date based on the drug distribution management information D1. For example, when the drug distribution management information D1 shown in FIG. 3 is used, the timing at which the drug distribution time is switched from "before going to bed" to "morning" is determined as the timing for switching the drug distribution date, and "before going to bed". The medicine package 81A is output between "" and "morning". Further, the control unit 31 prints information such as characters or images indicating the medicine distribution date before or after the switching on the medicine package 81A by using the package printer 38. As described above, the control unit 31 when executing the process for outputting the drug package 81A as the drug distribution label is an example of the drug package label output process in the present invention. As another embodiment, the control unit 31 outputs an empty medicine package 81A in place of the timing at which the medicine distribution date is switched, or in addition to the timing at which the medicine distribution time is switched. Information such as characters or images indicating the medicine distribution time before or after the switching may be printed on the medicine package 81A.

Similarly, as shown in FIG. 15, when the packaging operation is executed based on the packaging data corresponding to the second packaging mode, the control unit 31 distributes the drug. The empty medicine package 81A is output between the medicine packages 81 at the timing when the time is switched. Further, the control unit 31 prints information such as characters or images indicating the medicine distribution time before or after the switching on the medicine package 81A by using the package printer 38. Further, as shown in FIG. 15, the control unit 31 may print the period of the drug distribution date corresponding to the drug distribution time on the drug package 81A. As described above, the control unit 31 when executing the process for outputting the drug package 81A as the drug distribution label is an example of the drug package label output process in the present invention. As another embodiment, the control unit 31 outputs an empty drug package 81A in place of the timing at which the drug distribution timing is switched, or in addition to the timing at which the drug distribution date is switched. Information such as characters or images indicating the medicine distribution date before or after the switching may be printed on the medicine package 81A.

As a result, the worker refers to the medicine package 81A output as the medicine distribution label, and thereby the medicine distribution of each of the medicine packages 81 continuously formed before or after the medicine package 81A. It is possible to easily grasp the date or the timing of drug distribution. Therefore, the worker can efficiently perform the work related to the medicine distribution, for example, the work of collecting each of the medicine packages 81 corresponding to a plurality of users by the medicine delivery date or the medicine delivery time. The control unit 31 may have the medicine package 81A print other information such as information indicating the medicine distribution group.

[Automatic separation function for packaging]
An automatic winding device for automatically winding the medicine package sheet 80 in which the medicine package 81 output from the packaging device 3 is continuously formed may be used together with the packaging device 3. Since the configuration of the automatic winding device is well known in the past as disclosed in Japanese Patent No. 6287844, for example, the description thereof will be omitted here.

By the way, in the automatic winding device, since the upper limit number of the medicine packages 81 that can be wound is set, the control unit 31 of the packaging device 3 continuously performs the packaging operation of the upper limit number. When executed, it is conceivable to execute a cutting process for cutting the medicine package sheet 80 using a cutting portion (not shown). The control unit 31 when executing the cutting process is an example of the cutting processing unit. In this case, since the drug package sheet 80 is cut at the timing when the total number of the drug packages 81 output in the packaging operation reaches the upper limit number, the same drug packages that are originally continuously output are the same. The medicine package 81 corresponding to the user may be interrupted and wound up as a different medicine package sheet 80.

On the other hand, in the packaging device 3, the total number of the medicine packages 81 output by the packaging operation continuously executed by the control unit 31 exceeds the upper limit number, and is originally continuous. If the total number of the drug packages 81 reaches the upper limit in the middle of the plurality of drug packages 81 corresponding to the same user, the drug packages 81 corresponding to the user and the drug package 81 are taken. The medicine package sheet 80 is cut between the medicine package 81 and the medicine package 81 corresponding to another user immediately before the person. In other words, when the total number of the medicine packages 81 reaches the upper limit and after the upper limit is reached, the control unit 31 outputs a plurality of medicine packages 81 of the same user. The medicine package sheet 80 is cut before the medicine package 81 corresponding to the user is output so that the medicine package 81 of the same user does not straddle the medicine package sheet 80. For example, when the upper limit is 400 and the medicine package 81 corresponding to a specific user extends from the 400th to 401st consecutive packages in the series of the medicine package sheets 80, the control unit 31 may be used. , The medicine package sheet 80 is automatically cut when the 399th medicine package 81 is output. As a result, it is possible to prevent the medicine package 81 corresponding to the same user, which is originally continuously output, from being interrupted in the middle.

As another embodiment, the upper limit is 400, and the drug package 81 corresponding to a specific user is formed into the 399th package and the 401st package in the series of the drug package sheets 80, and 400 packages are formed. When the drug package 81 of a user different from the specific user is output to the eyes, the control unit 31 puts the drug package sheet 80 into the 398 packages immediately before the 399th package. It may be automatically cut when the medicine package 81 of the eye is output. Further, the unit is not limited to the unit of the user, for example, when the drug packages 81 corresponding to the same dosing date or the same dosing time are consecutive, and are continuously output corresponding to the same taking date or taking time. When the total number of the medicine packages 81 reaches the upper limit value in the middle of the medicine package 81, the medicine package 81 corresponding to another user immediately before the user is output. The sheet 80 may be cut.

[Inspection result display function]
In the inspection support device 5, as described above, the control unit 51 performs an inspection process for collating the type and quantity of the medicines in the medicine package 81 contained in the medicine package sheet 80 with the contents of the packaged data. The inspection information is output as the inspection result by the inspection process. The control unit 51 when executing the inspection process is an example of the inspection process unit in the present invention. In particular, it is conceivable that the inspection support device 5 has an inspection result display function for searching and displaying the inspection information for any of the medicine packages 81 according to the user operation.

Specifically, the control unit 51 has the order of the data corresponding to each of the drug packages 81 in the package data, and the drug package 81 formed on the drug package sheet 80 inserted into the inspection support device 5. On the premise that the order of the above is the same, the medicine package identification information corresponding to each of the medicine packages 81 and the inspection information are stored in the storage unit 52 in association with each other. Further, the control unit 51 also corresponds to the drug package identification information and the inspection information with the medicine package sheet identification information corresponding to the packaged data to be collated in the inspection process or prescription identification information such as the prescription number. Attach and memorize. The packaged data to be collated in the inspection process is specified by the control unit 51 according to a selection operation by the user, or is read from the drug package sheet 80 based on the drug inspection code. Selected by 51. Further, as another embodiment, the control unit 51 acquires the drug package identification information of the drug package 81 printed at a preset position of the drug package 81 from the captured image of each drug package 81. Then, the drug package identification information may be stored in association with the inspection information of each of the drug packages 81 together with the prescription identification information corresponding to the drug package 81. Then, when the drug package identification information is input by the user operation on the operation display unit 54, the control unit 51 searches for the inspection information of the drug package 81 corresponding to the drug package identification information and performs the operation. It is displayed on the display unit 54. Thereby, the user can easily refer to the inspection information corresponding to any medicine package 81. As described above, the control unit 51 when executing the inspection information display processing is an example of the inspection display processing unit in the present invention. In addition, the drug package number that can identify the number of the drug package 81 in the prescription data or the package data corresponding to the prescription identification information may be associated with the inspection information. Further, the prescription identification information may be associated with the drug package identification information, and the prescription identification information may be associated with the inspection information. In this case, the control unit 51 can specify the prescription identification information based on the drug package identification information and display the inspection information corresponding to the prescription identification information.

By the way, in the present embodiment, the drug package identification information corresponding to the drug package 81 is unique information for each specific period. Therefore, when the specific period is one, the control unit 51 can specify one drug package 81 only with the drug package identification information. However, when a plurality of the specific periods exist, one drug package 81 cannot be specified only by the drug package identification information. When the prescription identification information and the like are input together with the drug package identification information, the control unit 51 has the drug package corresponding to the prescription identification information among the drug packages 81 corresponding to the drug package identification information. It is possible to specify the 81 and display the inspection information corresponding to the drug package 81. However, it takes time and effort for the operator to input the prescription identification information together with the drug package identification information.

On the other hand, when the control unit 51 inputs the drug package identification information and there are a plurality of the drug packages 81 corresponding to the drug package identification information, the control unit 51 is the latest among the drug packages 81. It is conceivable to extract and display the inspection information corresponding to the drug package 81. The latest drug package 81 is the drug package 81 in which the package in the packaging device 3 was last performed among the drug packages 81 corresponding to the same drug package identification information. Specifically, in the inspection support device 5, the execution date and time of the packaging operation based on each of the packaging data is stored in association with each of the packaging data. Then, the control unit 51 searches for the drug package 81 corresponding to the drug package identification information, and when a plurality of the drug packages 81 exist, the execution date and time of the package operation is the newest package data. The inspection information of the drug package 81 corresponding to the drug package identification information is extracted from the corresponding inspection information. Further, as another embodiment, the control unit 51 searches for the inspection information corresponding to the drug package identification information in order from the package data having the latest execution date and time of the package operation, and is first extracted. The inspection information may be extracted as the inspection information corresponding to the latest drug package 81. Information on the execution date and time of the packaging operation may be input to the inspection support device 5 from the packaging device 3, for example, and is read from the empty drug package 81 formed on the drug packaging sheet 80. It may be included in the drug inspection code. When there are a plurality of the drug packages 81 corresponding to the input drug package identification information, the control unit 51 responds to a user operation of selecting one of the drug packages 81. The drug package 81 may be specified, and the inspection information corresponding to the drug package 81 may be extracted and displayed. Note that FIG. 18 is an example of the inspection display screen P50 on which the inspection information is displayed.

Further, the control unit 51 displays the inspection information for one drug package 81 corresponding to the drug package identification information, and then displays the inspection information for the other drug package 81 according to the user operation. It is possible to display. Here, an example of a method for switching the drug package 81 to be displayed with the inspection information will be described with reference to FIG.

As shown in FIG. 18, on the inspection display screen P50, based on the package data, the user identification information such as the user name of the user corresponding to the drug package 81, the drug distribution position information, and the time of administration. , Drug identification information such as drug name, drug quantity, etc. are displayed. Further, the photographed image P51 of the medicine package 81 is displayed on the inspection display screen P50. Further, on the inspection display screen P50, information such as "OK" or "NG" indicating the suitability of the sachet of the drug package 81 is displayed as the inspection result in the drug package 81. Specifically, on the inspection display screen P50, the suitability of the area A51 in which the suitability of the number of medicines contained in the medicine package 81 is displayed and the suitability of the type of medicines contained in the medicine package 81 are determined. The displayed area A52 is included. As another embodiment, the region A51 and the region A52 are not separated, and the suitability of the medicines contained in the medicine package 81 may be collectively indicated by one. Then, on the inspection display screen P50, an operation unit K51 for switching the medicine package 81 to be displayed of the inspection information is displayed, and the control unit 51 is the first operation for operating the operation unit K51. The drug package 81 that displays the inspection information on the inspection display screen P50 is changed in order according to the above. For example, the operation unit K51 switches the medicine package 81 to be displayed to one before, one after, a predetermined number (two or more) before, a predetermined number (two or more) after, and the like. Operation keys are included.

Further, the operation key K52 is displayed on the inspection display screen P50. Then, the control unit 51 changes the order of the drug package 81 to be displayed according to the operation of the operation unit K51 to be the same as the package order (medicine package identification information order) in the package operation. Switch to the order of the above-mentioned dosing time corresponding to the person.

Specifically, when the control unit 51 is in a state where the "patient repeat large number display" is displayed on the operation key K52, the control unit 51 responds to the operation of the operation unit K51 on the inspection display screen P50. The drug package 81 that displays the inspection information is changed in the order of the drug packages 81 on the drug package sheet 80. On the other hand, when the operation key K52 is operated, the control unit 51 switches the display of the "patient repeat large number display" to the "prescription display". Then, when the "prescription display" is displayed on the operation key K52, the control unit 51 displays the inspection information on the inspection display screen P50 in response to the operation of the operation unit K51. The target to be displayed is changed to another medicine package 81 of the user corresponding to the medicine package 81 currently being displayed. In this way, the control unit 51 can switch the order of change when changing the inspection result of the display target on the inspection display screen P50. As a result, the inspection information of the desired medicine package 81 can be easily displayed on the inspection display screen P50, and the work efficiency of the inspection work by the operator can be improved.

Further, when the inspection information and the drug package identification information are transmitted from the inspection support device 5 to the packaging device 3 or the inspection support device 1, the control unit 31 of the packaging device 3 or the inspection support is provided. The control unit 11 of the device 1 displays the inspection information about the medicine package 81 corresponding to the medicine package identification information on the inspection display screen P50 in response to the input of the medicine package identification information, and causes the control unit 51 and the control unit 11. The same display process may be executed.

Claims (14)

An allocation processing unit that can assign multiple dosing periods to one drug distribution period,
A packaging processing unit that causes the packaging device to perform a packaging operation that packages the drug corresponding to the user with a drug package at each time of administration.
Equipped with
The packaging processing unit causes the packaging device to perform the packaging operation in a manner in which the drug packages corresponding to a plurality of the users are continuously arranged for the same drug distribution timing.
Dispensing support system. The allocation processing unit can allocate a plurality of the administration timings having different administration dates to one said medicine distribution timing.
The dispensing support system according to claim 1. The allocation processing unit sets the dosing time for the drug distribution group as the drug distribution time based on the information indicating the correspondence relationship between the dosing time and the drug distribution time corresponding to each preset drug distribution group. Assign to,
The dispensing support system according to claim 1 or 2. The time of administration is at least two or more of the time specified in relation to meals, the time specified in relation to the behavior of the user, and the time specified by time or time zone. Time included,
The dispensing support system according to any one of claims 1 to 3. The allocation processing unit allocates the dosing time and the dosing date to which the dosing time belongs to the dosing time and the dosing date to which the dosing time belongs.
The packaging processing unit is
The dispensing operation is executed in such a manner that a group of medicines in which the medicines corresponding to a plurality of the recipients are repeated for the same medicine delivery time is repeated in the unit of the medicine delivery time for each medicine delivery day. 1st packaging mode and
The dispensing operation is executed in such a manner that a group of medicines in which the medicines corresponding to a plurality of the recipients are repeated for the same medicine delivery time is repeated in units of the medicine delivery days. The second packaging mode and
It is possible to cause the packaging device to perform the packaging operation on at least one of the above.
The dispensing support system according to any one of claims 1 to 4. When the individual dispensing unit that dispenses the medicines to be put into a plurality of cells in units of the cells is used in the packaging operation for the medicines corresponding to a plurality of users, the plurality of the cells are taken in a plurality of doses. The individual payout processing unit, which is assigned as the input destination of the medicine corresponding to the person,
The payout display processing unit that displays the allocation contents by the individual payout processing unit, and
Equipped with
The individual payout processing unit can switch the individual payout unit between a first state in which chemicals cannot be charged into the plurality of cells and a second state in which chemicals can be charged into the plurality of cells, and a plurality of the individual dispenser units are available in the first state. The dispensing support system according to any one of claims 1 to 5, wherein the cell is assigned by a method in which the cell is assigned as a destination of a drug corresponding only to the time of taking the drug or the time of distribution of the drug. The drug package is provided with a printing processing unit that prints drug package identification information that can identify the drug package corresponding to a plurality of the users, which is output by the package operation executed in a predetermined specific period. ,
The dispensing support system according to any one of claims 1 to 6. In the packaging operation, a drug package label output processing unit for outputting a drug package label printed with drug package group identification information capable of identifying the drug package group for each preset drug package group is provided.
The dispensing support system according to any one of claims 1 to 7. A cutting processing unit for cutting the medicine package sheet on which the medicine package is formed when the number of the drug packages reaches a preset upper limit is provided.
When the number of the medicine packages reaches the upper limit in the middle of a plurality of the medicine packages corresponding to the same user, the cutting processing unit is immediately before the medicine package corresponding to the user and the person taking the drug. Cutting the medicine package sheet with the medicine package corresponding to another user,
The dispensing support system according to any one of claims 1 to 8. An inspection processing unit that inspects the suitability of at least one of the types or quantities of medicines contained in the medicine package based on the photographed image of the medicine package.
An inspection display processing unit that displays the inspection result of the medicine package by the inspection processing unit and a photographed image of the medicine package, and the inspection display processing unit.
Equipped with
The inspection display processing unit can change the medicine package to be displayed by the inspection display processing unit according to the first operation, and the display target according to the first operation according to the second operation. The order of changing the medicine package is switched between the order of packaging in the packaging operation and the order of the timing of administration corresponding to the user.
The dispensing support system according to any one of claims 1 to 9. A sheet output processing unit that outputs a drug distribution sheet in which information on the user, the drug, and the package form of the drug corresponding to the drug package is arranged based on the execution order of the package in the package operation.
A shape change processing unit that can change the information of the packaged form of the drug in the packaging operation and the packaged form of the drug package in the medicine distribution sheet according to the user's operation.
To prepare
The dispensing support system according to any one of claims 1 to 10. To the processor
Allocation steps that assign multiple dosing times to one drug delivery time,
A packaging step that causes the packaging device to perform a packaging operation that packages the drug corresponding to the user with a drug package at each time of administration.
It is a dispensing support program to execute
The packaging step causes the packaging device to perform the packaging operation in a manner in which the drug packages corresponding to a plurality of the recipients are continuously arranged for the same drug distribution timing.
Dispensing support program. An allocation processing unit that can assign multiple dosing periods to one drug distribution period,
A packaging processing unit that executes a packaging operation in a manner in which drug packages of different users but having the same drug distribution time are continuous.
Dispensing support system equipped with. An allocation processing unit that can assign multiple dosing periods to one drug distribution period,
Based on the medicine distribution time assigned by the allocation processing unit, the output order of the medicine packages containing the medicines for each of the medicines corresponding to a plurality of users is determined, and the medicine packages are output in the output order. The packaging processing unit that executes the packaging operation for
Dispensing support system equipped with.

Images