JP7077538B2 - Medicine set and its delivery method - Google Patents

Description

The present invention relates to a drug set and a delivery method thereof.

A examinee who has been examined at a medical institution may take a prescription drug dispensed by a pharmacist according to a prescription. In many cases, prescription drugs dispensed by a pharmacist are delivered directly from the pharmacist to the recipient at the pharmacy. However, there are cases where a pharmacist or the like delivers the prescription drug to the user's whereabouts and hands the prescription drug to the user or his / her agent because the user is receiving home medical care. Non-Patent Document 1 discloses an example of a service of delivering a prescription drug from a pharmacy to the place of the user.

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Currently, measures are being taken to promote home medical care, so it is expected that the number of cases where prescription drugs are handed over to users at their whereabouts will increase in the future. When a pharmacist delivers a prescription drug from a pharmacy to the place of the user, the time and physical burden on the pharmacist increases as the number of users who receive home medical care increases. From the viewpoint of creating an environment in which pharmacists can fulfill their socially expected duties, it is desirable to shorten the time that pharmacists are involved in the delivery of prescription drugs that accompany the pharmacist's original duties. As one means for that purpose, a method is conceivable in which a trustee who has been entrusted with the delivery of prescription drugs by a pharmacist delivers a package containing the prescription drug from the pharmacy to the place of the user and delivers the package to the user or the like. According to such a distribution form of prescription drugs, the prescription drug is received from a trustee who does not have knowledge about the prescription drug, so that the user can be fully relieved when taking the prescription drug. You may not be able to feel it.

(1) The drug set according to the present invention includes a plurality of containers individually containing prescription drugs classified according to the conditions of administration, and the contents of the container delivered to the delivery destination are the contents of the container manufactured at a pharmacy. It is provided with a confirmation means used by a pharmacist or an equivalent person to confirm that they are the same.
According to the typical distribution form of this drug set, the prescription drug is delivered to the user or his / her agent (hereinafter referred to as “the user, etc.”) as follows. The pharmacist manufactures a drug set containing a container containing the dispensed prescription drug and a confirmation means, and hands the baggage containing the drug set to the trustee. The trustee delivers the luggage to the recipient's whereabouts. A pharmacist or an equivalent person (hereinafter referred to as "pharmacist, etc.") receives the package from the trustee at the place of the user and uses confirmation means to check whether the prescription drug in the drug set is the same as the prescription drug dispensed at the pharmacy. Confirm. There are various confirmation methods by the confirmation means, including both a method of directly confirming the content of the prescription drug and a method of indirectly confirming the content of the prescription drug. When it is confirmed that the prescription drug in the delivered drug set is the same as the prescription drug in the prescription drug set before delivery, the pharmacist or the like hands the drug set to the user or the like. The user keeps the medicine set given by the pharmacist, etc., takes out the prescription medicine from the medicine set when it is time to take it, and takes the prescription medicine. Since the contents of the prescription drug are confirmed by the pharmacist when the baggage is delivered from the trustee, the user may receive the drug set from the pharmacist in an environment similar to the case where the prescription drug is directly received from the pharmacist at the pharmacy. can. Therefore, the user can take the prescription drug with sufficient peace of mind.

(2) In a preferred example, in the drug set according to (1), the confirmation means is a means capable of confirming the contents of the container by using an optical method or an electromagnetic method.
Therefore, the contents of the container can be confirmed efficiently.

(3) In a preferred example, in the drug set according to (2), the confirmation means includes an IC tag.
Therefore, a large amount of information regarding prescription drugs and users can be registered.

(4) In a preferred example, in the drug set according to any one of (1) to (3), a tray on which the plurality of containers are placed is further provided, and the plurality of containers mounted on the tray is one person. Contains prescription drugs taken by the person taking the drug.
Therefore, prescription drugs can be easily managed.

(5) In a preferred example, in the drug set according to (4), each of the plurality of containers contains a single dose of prescription drug.
Therefore, prescription drugs can be managed more easily.

(6) The delivery method of the drug set according to the present invention is a plurality of containers individually containing prescription drugs classified according to the dosing conditions, and the container in which the contents of the container delivered to the delivery destination are manufactured at a pharmacy. A manufacturing process for manufacturing a drug set including a confirmation means used by a pharmacist or an equivalent person to confirm that the contents are the same as those of the above, a delivery process for delivering the drug set to the delivery destination, and the delivery. A confirmation step in which the pharmacist or a person equivalent thereto confirms that the contents of the container of the previously delivered drug set are the same as the contents of the container manufactured in the manufacturing process by using the confirmation means. including.
Since the contents of the container are confirmed by the pharmacist before the drug set delivered by the trustee is handed over to the user, the drug set is similar to the case where the drug is directly received from the pharmacist at the pharmacy. Can be received from the pharmacist. Therefore, the user can take the prescription drug with sufficient peace of mind.

(7) In a preferred example, in the method for delivering a drug set according to (6), in the manufacturing process, the confirmation means including an IC tag is attached to an outer box accommodating the plurality of containers, and in the confirmation step, a reader device. By reading the information of the IC tag, the contents of the container are indirectly confirmed.
Therefore, the work efficiency of the confirmation process is improved.

According to the drug set and the delivery method thereof according to the present invention, the user can take the prescription drug with sufficient peace of mind.

Perspective view of the drug set of the embodiment. The perspective view which shows the state which the opening of the outer box of FIG. 1 is opened. Front view of the drug set of FIG. FIG. 1 is a perspective view of the small set and the section of FIG. Top view of the small set of FIG. An exploded perspective view of the container and the container lid of FIG. A flowchart showing an example of a procedure for manufacturing and delivering a drug set. The figure which shows the 1st process concerning the manufacturing of a small set. The figure which shows the 2nd process which concerns on the production of a small set. The figure which shows the 3rd process about manufacturing of a small set. The figure which shows the modification of the 3rd process. The figure which shows the work of registering the prescription drug information in the confirmation means. The figure which shows the state which the medicine set was put in the delivery case. The figure which shows the work of confirming the prescription drug information by using the confirmation means.

(Embodiment)
The drug set 1 shown in FIG. 1 is used to deliver a prescription drug taken by one or more users. A person who has been entrusted with the delivery of the drug set 1 by the pharmacist who dispensed the prescription drug (hereinafter referred to as “the trustee”) delivers the package including the drug set 1 from the pharmacy to the place of the user. The whereabouts of the users are diverse. Examples are welfare facilities for the elderly, where the taker resides, the taker's home, and the hospital where the taker is hospitalized. A pharmacist or an equivalent person (hereinafter referred to as "pharmacist, etc.") receives the drug set 1 delivered to the recipient's residence from the trustee, and after confirming the contents of the drug set 1, the drug set 1 is taken by the user or his / her agent. (Hereinafter, "Pharmacist, etc."). A pharmacist or the like is a person who has knowledge about prescription drugs taken by the user. Examples of pharmacists are doctors, nurses, and certified care workers. When the pharmacist or the like hands over the drug set 1 to the taking person or the like at the taking place, the pharmacist or the like explains to the taking person or the like how to prescribe the prescription drug on the spot as necessary.

The medicine set 1 includes one or more small sets 10, an outer box 40, and confirmation means 130. The small set 10 contains a plurality of prescription drugs classified according to the conditions of administration. The outer box 40 accommodates a plurality of small sets 10. The outer box 40 can be used not only as a packing box for delivery but also as a shelf for accommodating the small set 10 in the place of the user. The confirmation means 130 is attached to the outer box 40. The pharmacist or the like is used by the pharmacist or the like to confirm the contents of the small set 10 when the medicine set 1 is delivered to the place of the user.

As shown in FIG. 2, the medicine set 1 is configured so that the small set 10 can be taken in and out of the outer box 40. Therefore, the user can select how to handle the small set 10 at the place of residence. In the first example, the user takes out the small set 10 from the outer box 40 and stores it in a room or the like. In the second example, the user accommodates the small set 10 in the outer box 40 except when taking the prescription drug, and takes out the small set 10 from the outer box 40 when taking the prescription drug.

The outer box 40 is a dedicated case configured according to the shape of the small set 10. The material constituting the outer box 40 can be arbitrarily selected. In a preferred example, a material that can appropriately protect the small set 10 from being deformed or damaged even when an external force is applied at the time of delivery of the medicine set 1 is used. Examples are synthetic resins, corrugated cardboard, and metals. In a more preferred example, lightweight materials are used to reduce the burden on the pharmacist and the like and the trustee who handle the drug set 1.

The outer box 40 is divided into a housing portion 50 and an outer box lid 70. The accommodating portion 50 is a box configured to accommodate the small set 10. A space for accommodating the small set 10 (hereinafter referred to as "accommodation space 50A") is formed in the accommodating portion 50. An opening 80 is provided on the side of the accommodating portion 50 so that the small set 10 can be taken in and out of the accommodating portion 50. The outer box lid 70 opens and closes the opening 80. By closing the opening 80 to the outer box lid 70, the entire small set 10 is protected at the time of delivery of the medicine set 1. The accommodating portion 50 is divided into a rectangular cylinder 61 and a back wall 62 that closes one opening of the cylinder 61. The cylinder 61 is divided into a top wall 61A, a bottom wall 61B, and a pair of side walls 61C and 61D. The opening 80 is the other opening of the cylinder 61.

The outer box lid 70 is connected to the accommodating portion 50. Therefore, the work of closing the opening by the outer box lid is surely carried out at the time of preparation for delivery of the medicine set. The outer box lid 70 is connected to the bottom wall 61B of the accommodating portion 50. Therefore, when the outer box lid 70 opens the opening 80 of the accommodating portion 50, it is difficult for the outer box lid 70 to move in the direction of closing the opening 80, and the workability related to the handling of the small set 10 is further improved. The outer box 40 may have various configurations other than the above configuration. In the first example, the outer box 40 is configured so that the accommodating portion 50 and the outer box lid 70 can be separated. In the second example, the outer box 40 is configured so that the cylinder 61 and the back wall 62 can be separated. In the third example, the outer box 40 is configured so that one or more of the walls 61A to 61D constituting the cylinder 61 can be separated from each other. In the fourth example, the outer box 40 is configured so that the outer box lid 70, the walls 61A to 61D of the cylinder 61, and the back wall 62 can all be separated. In this case, since the separated outer box lid 70, the walls 61A to 61D, and the back wall 62 can be overlapped with each other, the space for accommodating the outer box 40 can be reduced. In the fifth example, the outer box 40 is configured to be foldable so as to form a single plate. In this case as well, the space for accommodating the outer box 40 can be reduced.

The outer box 40 further includes a compartment 90. The partition 90 divides the accommodation space 50A into a plurality of areas 51. Each area 51 can accommodate a specified number of small sets 10. The specified number is determined according to the distance between adjacent compartments 90 in the height direction of the outer box 40. The maximum number of small sets 10 that can be accommodated in the outer box 40 is a value obtained by multiplying the total number of regions 51 by the specified number of one region 51. In the example shown in FIG. 3 and the like, the inside of the outer box 40 is divided into 10 regions 51 by a set of crosspieces. The specified number of each region 51 is 1. Therefore, the maximum number of small sets 10 that can be accommodated in the outer box 40 is 10.

The specific configuration of the compartment 90 can be arbitrarily selected. As shown in FIGS. 2 and 3, an example of the compartment 90 is a plurality of crosspieces 91 provided on the inner surface of the first side wall 61C and a plurality of crosspieces 92 provided on the inner surface of the second side wall 61D. .. The crosspieces 91 and 92 are fixed to the side walls 61C and 61D. A pair of crosspieces 91 and 92 provided at the same height form one set. The set of crosspieces is configured to support the small set 10 horizontally. Another example of the compartment 90 is one or more shelves provided between the first side wall 61C and the second side wall 61D.

As shown in FIG. 4, the small set 10 includes a tray 100, a plurality of containers 20, and a plurality of container lids 30. The tray 100 is configured to support a plurality of containers 20. The container 20 contains the prescription drug 200 (see FIG. 6) classified according to the dosing conditions. An example of the administration condition is the time of administration and the number of days of administration in one day. In a preferred example, one dose of prescription drug 200 is contained in the drug storage section 21 of one container 20. The container 20 is a resin cup and is divided into a medicine container 21 and a flange 22. The drug accommodating portion 21 forms a space 21B for accommodating the prescription drug, and has an opening 21A for putting the prescription drug in and out of the space 21B. The flange 22 is provided around the opening 21A of the medicine accommodating portion 21. When a plurality of containers 20 are included in one small set 10, the relationship of each container 20 can be arbitrarily selected. In the first example, each container 20 is supported by the tray 100 in a separated state. In the second example, the containers 20 are connected to each other to form one aggregate and are supported by the tray 100. In a preferred example, a guide for separation is formed in the aggregate so that each container 20 can be separated. Examples of guides are cuts and perforations. FIG. 4 and the like show the container 20 of the first example.

The small set 10 is configured to fit the outer box 40 in the width direction and the depth direction of the outer box 40. Therefore, the movement of the small set 10 in the outer box 40 is more reliably suppressed at the time of delivery of the medicine set 1, and the possibility that the small set 10 is deformed or damaged is further reduced. The specific configuration for fitting the outer box 40 and the small set 10 can be arbitrarily selected. In one example, the outer box 40 and the small set 10 are fitted by setting the dimensions of the short side and the long side of the tray 100 as follows. The shape of the tray 100 in a plan view is a quadrangle, which is similar to the top wall 61A and the bottom wall 61B of the accommodating portion 50. The length of the long side of the tray 100 is slightly shorter than the distance between the inner surface of one side wall 61C and the inner surface of the other side wall 61D. The length of the short side of the tray 100 is slightly shorter than the distance between the inner surface of the outer box lid 70 and the inner surface of the back wall 62. Therefore, in a state where the small set 10 is housed in the outer box 40, a minute gap is formed between the inner surface of the outer box 40 and the outer periphery of the tray 100. The range in which the tray 100 can move with respect to the outer box 40 in the width direction and the depth direction of the outer box 40 is limited to the above-mentioned minute gap. Such a relationship between the outer box 40 and the tray 100 is an example of a state in which the outer box 40 and the tray 100 are fitted. Further, when the small set 10 is pulled out from the outer box 40 and when the small set 10 is housed in the outer box 40, the edge of the tray 100 and the side walls 61C and 61D do not come into contact with each other, so that the small set 10 does not come into contact with each other. The resistance applied to the small set 10 is small, and the small set 10 can be easily taken in and out.

A plurality of holes 100A for inserting the container 20 are formed in the tray 100. The medicine container 21 of the container 20 is inserted into the hole 100A of the tray 100. The container 20 is supported by the tray 100 by inserting the medicine container 21 into the hole 100A and hooking the flange 22 around the hole 100A of the tray 100. As an example, one tray 100 is loaded with a plurality of containers 20 containing prescription drugs taken by one user for a certain period of time. In this case, the vertical row 100X of the holes 100A in the short side direction of the tray 100 is composed of the number of holes 100A corresponding to N1 times, which is the number of doses per day. Further, a number of rows 100X corresponding to N2 days, which is a fixed period, are formed side by side in the long side direction of the tray 100.

The container lid 30 is attached to the flange 22 so as to close the opening 21A (see FIG. 6) of the container 20. The configuration of the container lid 30 can be arbitrarily selected. In the first example, a plurality of container lids 30 are provided in one sheet. A guide for separating each container lid 30 is formed on the sheet. An example of a guide is a perforation. In the second example, the plurality of container lids 30 are individually formed and attached to the corresponding containers 20.

FIG. 6 and the like show the container lid 30 of the first example. The sheet 30X (see FIG. 5) provided in the small set 10 includes a plurality of container lids 30. The shape and size of the sheet 30X can be arbitrarily selected. In one example, the sheet 30X is A4 size paper. Therefore, various information can be printed on the container lid 30 by using a printer having a general configuration. The shape of the container lid 30 formed in the sheet 30X can be arbitrarily selected. An example of the shape of the container lid 30 is an ellipse or a polygon. FIG. 6 and the like illustrate the case where the container lid 30 has a hexagonal shape. Perforations 30B are formed on the sheet 30X so as to imitate the container lid 30. Therefore, each of the plurality of container lids 30 included in the sheet 30X can be individually cut from the sheet 30X.

As shown in FIGS. 5 and 6, the surface 30A of the container lid 30 is provided with a display unit 31 for displaying information regarding the prescription drug contained in the drug storage unit 21 (hereinafter referred to as “prescription drug information”). .. Therefore, the pharmacist and the like and the user and the like can easily grasp the prescription drug information. Prescription drug information includes one or more types of information. Examples of prescription drug information are the name of the person taking the drug, the date on which the prescription drug is taken, the time when the prescription drug is taken, and the name of the prescription drug. In a preferred example, the display unit 31 further includes a configuration for protecting the personal information of the user. In the first example, the prescription drug information is displayed by a one-dimensional code or a two-dimensional code. In the second example, a personal information protection sticker is attached to the display unit 31 so that the prescription drug information cannot be directly seen. In the example shown in FIG. 5, the display unit 31 includes a time display unit 31A and a bibliographic information display unit 31B. The time display unit 31A displays the time of administration of the prescription drug 200 (see FIG. 6) stored in the medicine storage unit 21 in characters. The bibliographic information display unit 31B displays the name of the person taking the prescription drug and the date on which the prescription drug is taken by a one-dimensional code. Note that the display unit 31 is not shown in FIGS. 1, 2, and 4.

As shown in FIG. 3, the drug set 1 further comprises a slide structure 110. The slide structure 110 is a structure for sliding the small set 10 with respect to the outer box 40 along the depth direction of the outer box 40. In one example, the slide structure 110 is composed of rails 91, 92, and a tray 100, respectively. The operator can put the small set 10 in and out of the outer box 40 as follows by using the slide structure 110. When the small set 10 is put in the outer box 40, the end of the tray 100 of the small set 10 is placed on the crosspieces 91 and 92 with the opening 80 open, and the small set 10 is housed in the outer box 40. The tray 100 is slid along the rails 91 and 92 so as to be. When the small set 10 is taken out from the outer box 40, the tray 100 is slid along the crosspieces 91 and 92 so that the small set 10 moves out of the outer box 40. In this way, since the operator can put in and take out the small set 10 by using the slide structure 110, the workability regarding the handling of the small set 10 is improved.

The confirmation means 130 will be described with reference to FIG. The confirmation means 130 is for the pharmacist or the like to confirm that the contents of the small set 10 of the medicine set 1 delivered to the user's place are the same as the contents of the small set 10 of the medicine set 1 before delivery. Used. The configuration of the confirmation means 130 can be arbitrarily selected. In the first example, the confirmation means 130 is a means capable of confirming the contents of the container 20 by using an optical method. In the second example, the confirmation means 130 is a means capable of confirming the contents of the drug set 1 by using an electromagnetic method. In the third example, the confirmation means 130 physically hinders the opening of the outer box 40, and is a means for ex post facto confirmation of the trace when the outer box 40 is opened by a third party. One example is bands and chains.

The confirmation means 130 shown in FIG. 1 and the like is an example of the second example, and includes a belt 131 and an IC tag 132. The belt 131 is attached to the outer box 40 so as to cross the top wall 61A of the outer box 40, the back wall 62, the bottom wall 61B of the cylinder 61, and the outer box lid 70. The IC tag 132 is attached to an arbitrary position on the outer box 40. The IC tag 132 stores a wide variety of information. In a preferred example, the information stored in the IC tag 132 includes prescription drug information. Registration of information in the IC tag 132 is performed by a dedicated writer device 140 (see FIG. 12) owned by the pharmacist.

A series of work flows relating to the manufacture and delivery of the drug set 1 will be described with reference to FIG. 7. This work is roughly divided into a manufacturing process, a delivery process, and a confirmation process. The manufacturing process includes the steps S1 to S5. The delivery process includes the process of step S6. The confirmation step includes the steps S7 to S9.

In step S1, the pharmacist manufactures the small set 10 at the pharmacy. In step S2, the pharmacist accommodates the small set 10 in the outer box 40. In step S3, the pharmacist closes the outer box lid 70 of the outer box 40 containing the specified number of small sets 10 and attaches the confirmation means 130 to the outer box 40 to manufacture the medicine set 1. In step S4, the pharmacist registers the prescription drug information in the IC tag 132 using the writer device 140 (see FIG. 14). In step S5, the pharmacist or the trustee accommodates the plurality of outer boxes 40 in the delivery case 400. In step S6, the trustee delivers one or more delivery cases 400 from the pharmacy to the recipient's whereabouts. In step S7, the pharmacist or the like receives the delivery case 400 from the trustee at the dosing place. In step S8, the pharmacist or the like uses the confirmation means 130 to confirm whether or not the contents of the drug set 1 are the same as the contents of the drug set 1 manufactured at the pharmacy. In step S9, when the pharmacist can confirm that the contents of the medicine set 1 are the same, the pharmacist hands the medicine set 1 to the user or the like.

The details of each step will be described. In step S1, the first step to the third step are carried out. As shown in FIG. 8, in the first step, the pharmacist sets a plurality of containers 20 on the workbench 300, and stores the prescription drug 200 in the drug storage section 21 of each container 20 based on the prescription. As shown in FIG. 9, in the second step, the pharmacist attaches one sheet 30X to each container 20 to manufacture a set composed of the sheet 30X and the plurality of containers 20. As shown in FIG. 10, in the third step, the pharmacist places the set produced in the second step on the tray 100. In the example in which each container lid 30 is individually formed, the container lid 30 is individually attached to each container 20 as shown in FIG. 11, and each container lid 30 is arranged on the tray 100.

As shown in FIG. 13, in step S5, the pharmacist or the trustee stores the plurality of drug sets 1 in the delivery case 400. When a plurality of drug sets 1 are prepared for each user, the delivery case 400 and the user can be linked by storing the plurality of drug sets 1 in one delivery case 400, so that the delivery case 400 can be linked. Can be easily managed.

As shown in FIG. 14, in step S8, the pharmacist or the like used the reader device 150 to read the prescription drug information recorded on the IC tag 132, and the contents of the small set 10 in the drug set 1 were manufactured at the pharmacy. Check if it is the same as the contents of the small set 10 in the medicine set 1. In one example, the pharmacist or the like prepared in advance a collation means in which information for collating with the prescription drug information read by the reader device 150 was recorded, and delivered the prescription drug information by comparing it with the information of the collation means. Check if the contents of the medicine set 1 are the same as the contents of the medicine set 1 before delivery. The collating means is, for example, a document or electronic data in which information for collating with prescription drug information is recorded. When it is confirmed that the prescription drug 200 in the delivered drug set 1 is the same as the prescription drug 200 in the prescription drug set 1 before delivery, the pharmacist or the like hands the drug set 1 to the user or the like. The user stores the medicine set 1 given by the pharmacist or the like, takes out the prescription drug 200 from the medicine set 1 when the time for taking the medicine comes, and takes the prescription medicine 200.

According to the drug set 1, the following actions and effects are obtained. According to the drug set 1, since the small set 10 is housed in the outer box 40, the prescription drug 200 is appropriately protected until the prescription drug 200 is handed to the user. Further, since the small set 10 housed in the outer box 40 can be pulled out from the opening 80 of the outer box 40, the workability regarding the handling of the small set 10 is improved. In addition, since the contents of the prescription drug 200 are confirmed by the pharmacist or the like when the drug set 1 is delivered from the trustee, the user or the like takes the drug set in an environment similar to the case where the prescription drug 200 is directly received from the pharmacist at the pharmacy. 1 can be received from a pharmacist or the like. Therefore, the user can take the prescription drug 200 with a sufficient sense of security.

1: Medicine set 20: Container 100: Tray 130: Confirmation means 132: IC tag 150: Reader device 200: Prescription drug

Claims (6)

With multiple small sets to accommodate prescription drugs,
An outer box for accommodating the plurality of small sets and
Equipped with confirmation means used by pharmacists or similar
The small set includes a tray and the plurality of containers.
The tray is configured to support the plurality of containers.
The container is configured to contain prescription drugs classified according to dosing conditions.
The outer box includes a housing and an outer box lid.
The housing includes an opening provided to allow the small set to be taken in and out.
The outer box lid is configured to open and close the opening.
The confirmation means includes an IC tag attached to the outer box, or a means that physically hinders the opening of the outer box and can confirm the trace after the opening by a third party.
Medicine set. The plurality of containers are configured to contain prescription drugs taken by one taker.
The drug set according to claim 1. The container is configured to contain a single dose of prescription drug.
The drug set according to claim 1 or 2. The confirmation means includes the IC tag and the belt, and includes the IC tag and the belt.
The belt is attached around the outer box
The drug set according to any one of claims 1 to 3. The outer box is configured to be used as a shelf for accommodating the small set in the place of the user , and includes a partition portion for partitioning the accommodation space in the outer box into a plurality of areas.
The drug set according to any one of claims 1 to 4. With multiple small sets to accommodate prescription drugs,
An outer box for accommodating the plurality of small sets and
Equipped with confirmation means used by pharmacists or similar
The small set includes a tray and the plurality of containers.
The tray is configured to support the plurality of containers.
The container is configured to contain prescription drugs classified according to dosing conditions.
The outer box includes a housing and an outer box lid.
The housing includes an opening provided to allow the small set to be taken in and out.
The outer box lid is configured to open and close the opening.
The confirmation means includes an IC tag attached to the outer box or a means for physically hindering the opening of the outer box and ex post facto confirmation of the trace when the outer box is opened by a third party. The manufacturing process to manufacture and
A delivery process for delivering the drug set to the delivery destination,
The delivery destination includes a confirmation step in which a pharmacist or a person equivalent thereto reads the information of the IC tag using a reader device, or confirms whether or not the outer box has been opened from the state of the confirmation means.
Delivery method for medicine sets.

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