JPH0219273A - Solid preparation container set - Google Patents

Abstract

PURPOSE:To permit an easy replacement of solid medicines with a simple operation by forcing the opening edge of a case body against the film part of container opening to cut off the film along the opening edge with the film at least partially remaining unbroken so as to permit the transfer of all the solid medicines in the container into the case body. CONSTITUTION:A case cover is removed from a case body 5 in a portable case C and an opening edge 8 is placed on a film F of a container B in contact with an opening 2. The case body 5 is then pressed downwards from above. Since the opening edge 8 is similar to but slightly smaller than the opening 2, the film F is cut off along an opening edge 3. At this time, since a vacant space 20 is created in the interior of the container B between solid preparations A and the film F, either of the sides remains unseparated. When turning the container B and the portable case C upside down, the solid preparations A are transferred from the container B to the portable case C at one time without being disarranged and the container B is then raised to take out the film F from the underside of the solid medicines A, resulting in the separation of the container B together with the film F from the portable case C.

Description

[Detailed description of the invention] <Field of industrial application> The present invention relates to a blister packaging container for accommodating solid medicines such as tablets and capsules, and a portable case for refilling solid medicines for use by refilling the solid medicines from this container. Regarding the solid drug packaging container set consisting of the
This makes refilling easier.

<Prior Art> Generally, pharmaceuticals are products with high added value and have a long quality guarantee period, so it is required to prevent quality deterioration during the distribution process and storage. For this reason, packaging containers for pharmaceuticals are equipped with a sealing function as one of the quality protection functions, but on the other hand, they are also required to have a function that allows the pharmaceuticals to be easily taken out during use. It is not practical to provide a single packaging container with these two conflicting functions, namely a sealing function and a function of facilitating removal, as this imposes large design restrictions and increases production costs.

For this reason, conventionally, for solid drugs such as tablets, which are relatively commonly used for carrying among pharmaceuticals, a carrying case is attached in advance to the original container containing a large number of solid drugs.
When carrying a solid drug, there is a device in which the original container is refilled into a portable case and the portable case is carried around, making it easier to take out the solid drug when it is used. In this case, a large plastic bottle or container is often used as the original container. Additionally, long cylindrical plastic containers and aluminum tubes are used as carrying cases. This is because solid preparations are generally disc-shaped tablets, and the most compact state can be obtained by stacking them in the thickness direction.

<Problems to be Solved by the Invention> The above conventional example has a problem in that it takes time and effort to refill from the original container to the portable case.

That is, the operation of refilling a solid drug from its original container to a portable case is generally performed in the following steps.

(1) Secure space for refilling operations.

(2) Prepare temporary containers and bottle sets for refilling.

(3) Open the container mouth of the original container.

(4) Transfer a number of tablets close to the refill amount to a temporary container.

(5) Transfer the tablet to a carrying case with tweezers.

(6) Align the tablets within the carrying case.

(7) If there is an excess or deficiency of tablets in the temporary container, return them to the original container or take out additional tablets from the original container.

(8) Close the case cover of the carrying case.

(9) Close the container opening of the original container.

(10) Clean up temporary containers and bottle sets.

Note that among the above operations, operations (5) and (6) may have to be repeated. Furthermore, if you refill the bottle directly with your fingers without using a bottle set, you will need to wash your hands before and after refilling.

As described above, refilling from the original container to the carrying case requires numerous operations, and considerable care must be taken to avoid spilling the tablets and preventing them from absorbing moisture. , there is the problem that refilling is time consuming.

Further, each time the container opening of the original container is opened, the inside of the container is exposed to the outside air, so there is a problem that the quality of the solid agent contained in the original container is likely to deteriorate due to moisture absorption etc. during storage.

The above-mentioned problem can be solved in step 4 by making the original container compact so that it can be carried as is, thereby omitting the refilling operation. In general, pharmaceutical packaging uses P T P (P ress TllroughP
ack) packaging occupies the majority, and when taking out a solid drug such as a capsule, the solid drug is pressed from above with a finger to break a sealing film such as aluminum foil. Based on this FTP packaging, blister packaging, which is often used for Kobeni, adhesive tubes, and various miscellaneous goods, is used to package solid drugs, and solid drugs are stored in blister packaging containers. It is sealed.

That is, as shown in FIG. 11 or 12, a blister packaging container B is constructed by accommodating the solid drug A in a packaging container body 1 and sealing it with a film body F. Then, when taking out the solid agent A, as shown in FIG. 11, push the bottom of the container body L with your finger to break the film body F, or as shown in FIG.
I try to peel it off.

This blister packaging container B is excellent in that existing equipment can be used, the amount of materials used is small, and it has a form that is excellent in portability.

However, once the film body F is opened, the solid agent remaining in the packaging container B often comes out in pieces from the unsealed part, and foreign matter may enter the container from the unsealed part. This may deteriorate the quality of solid agent A, and it also does not look good and is not easy to use.

By attaching a carrying case to the original container, the present invention prevents quality deterioration of the solid drug, maintains its appearance when carried, and ensures ease of use. The purpose of this is to enable easy refilling with a simple one-touch operation.

Means for Solving the Problems> In order to achieve the above-mentioned object, the present invention provides a solid dosage form that allows all solid dosage forms sealed in a blister packaging container to be transferred at once into a portable case. As a packaging container set, the Kitagi blister packaging container includes: - A container part that accommodates a large number of solid medicines and has an opening at one end from which all the stored solid medicines can be taken out at once; The portable case is comprised of a film body that is in close contact with the opening line so as to close the opening and can be easily broken, and the carrying case includes: - a storage section that can hold all the solid medicine contained in the blister container; and a case body having an opening edge set smaller than the inner dimension of the opening of the blister container at the end of the accommodating portion; and a accommodating container detachably attached to the case body and containing a solid drug. The container is made up of a case body and a lid that can be opened and closed to allow the solid agent contained therein to be taken out at the time of installation.
When the edge of the opening edge of the carrying case body is pressed against the film body of the opening of the blister packaging container, the film body is cut along the edge of the opening and at least a part of the film body remains unbroken. remains in the blister packaging container;
The object of the present invention is to provide a solid drug packaging container set characterized in that all of the solid drugs in the blister packaging container are transferred to the storage section of the case body in this state.

Further, in the present invention, the opening of the blister packaging container is square, such as rectangular, and the opening of the corresponding portable case is also square, and the edge of the opening of the portable case body is shaped like the opening of the blister packaging container. When pressed against the film body of
The portion of the film body corresponding to at least three sides of the opening of the blister packaging container is broken, and with at least one side unbroken and the film body remaining in the blister packaging container, all the solid drugs in the blister packaging container are removed from the case body. The object of the present invention is to provide a solid drug packaging container set characterized in that it is configured to be transferred to a storage section.

Further, the present invention provides a sealed assembly in which a certain number of disk-shaped solid agents are stacked in series in the direction of the central axis to form a roughly cylindrical assembly. The blister packaging container is a solid dosage container set that allows the entire solid dosage form to be transferred at once from the blister packaging container into the case body by removing the lid of the carrying case. The container part is made up of a semi-rigid container part that accommodates the container part, and a breakable thin film body that is tightly attached to the edge of the opening part of the container part so as to cover the opening of the container part. The opening in the upper part, which is approximately in the shape of an inverted truncated cone by expanding outward by a certain distance from the entire periphery of the cylindrical lower part, is approximately rectangular, and the opening edge is in the shape of a hard brim having a certain width. The opening can be identified from the outside of the formed and tightly attached film body, and the carrying case has the lid removably fitted into the roughly rectangular opening of the roughly semi-cylindrical case body. The film body can be opened and closed by sliding in the direction, and the film body can be broken at the edge of the opening edge of the main body of the case, and the edge of at least one of the four sides of the opening is higher than the other sides. The outer shape of the opening is set to be similar to that of the opening of the container, while protruding outward to make it easier for the edge of this side to hit the film body first, and to make it easier for the film body to remain unbroken on the other lower side. The opening edge of the case body is pressed against the film body of the opening of the packaging container by making the inside size of the opening larger than the outside size of the approximately semi-cylindrical lower part of the container part. When parts of the film body corresponding to at least three sides of the container opening are broken, the aggregate of the solid agent in the packaging container can freely transfer to the case body while the film body remains in the packaging container. The present invention provides a solid drug packaging container set.

<Function> The present invention attaches a portable case for refilling the solid agent as a set to the blister packaging container used as the original container, and by making the blister packaging container and the portable case have the above-described structure, By using the portable case itself to push through the film body of the blister packaging container, it is possible to automatically refill a large number of solid medicines continuously housed in the blister packaging container into the portable case at once.

<Examples> The present invention will be explained in detail below using examples shown in the drawings.

1 to 6 show a first embodiment of the invention.

The present invention provides a roughly long columnar blister packaging container B containing a plurality of solid agents A, as shown in FIGS. It consists of a portable case C for refilling solid medicines as shown in Fig. 2.3.4.

The blister packaging container B contains a certain number of solid drugs A.
a semi-rigid container part l that accommodates the container part l, and an opening 2 of the container part l.
It consists of a breakable thin film body F that tightly adheres to the edge of the opening so as to close it.

The container portion 1 includes a solid agent accommodating portion 4 having a shape suitable for receiving the disk-shaped solid agents A stacked in a series in the direction of their central axis to form a roughly cylindrical aggregate. That is,
As specifically shown in FIG. 1(C), the solid agent storage portion 4 has a roughly semi-cylindrical shape, and expands outward by a certain distance from the entire periphery of the lower part toward the upper part to have a roughly inverted truncated cone shape. The entire upper end surface is set to form a rectangular opening 2 having a rectangular shape. A hard brim portion having a constant width is provided along the entire periphery of the opening portion 2, and this serves as the opening edge portion 3.

The container portion 1 consisting of the accommodating portion 4 and the opening edge portion 3 is formed into a hard shape by thermoforming thermoplastic resin such as polyvinyl chloride or polypropylene, and is transparent. Further, the film body F is made of aluminum 11 foil, glassine paper, or the like coated for heat sealing. The film body F stores the solid agent A in the housing portion 4, and then heat-bonds and fixes the peripheral edge of the film body to the opening edge 3, thereby sealing the solid agent A. Since the accommodating portion 4 is formed to expand toward the opening 2 side as described above,
On the side of the opening 2, the solid agent A and the inner surface of the accommodating portion 4 are sealed with a gap 20 between them. In addition, the film body F has a mesh pattern as shown in the close contact part of the opening edge so that the part F that is in close contact with the opening edge 3 and the part F that closes the opening 2 can be distinguished. There is.

The portable case C is composed of a pair of case body 5 and lid 7, each of which is formed by dividing a cylindrical member into approximately half along the axial direction, and each is molded from plastic. Therefore, the case body 5 has a cylindrical shape to which the lid 7 is attached, and its size is approximately the same as that of the blister packaging container B. Solid agent A accommodated as an aggregate of
I try to transfer it in its original form.

The case body 5 has the shape shown in FIGS. 2 and 3 (A) and (B), and is approximately semi-cylindrical, and as shown in the figures,
The shape of each part will be explained below, with the arcuate circumferential surface being placed horizontally on the lower side. a peripheral wall 5a having a semicircular arc cross section;
The both end walls 5b, 5b form a solid drug accommodating portion, and the entire upper end surface thereof is a rectangular opening 6. The opening 6
The edges include two long-side opening edges 8b-2 and 8b-2 formed from opposing upper ends of the peripheral wall 5a, and both end walls 5.
b.

Two short side opening edges 8 consisting of opposing upper ends of 5b
It consists of four sides a-1 and 8a-2. The opening edge 8 consisting of these four sides is set smaller than the inner dimension of the opening 6 of the blister packaging container B, and the opening edge 8 of the case body 5 is set to be smaller than the inner dimension of the opening 2 of the blister packaging container B. It can be inserted along the The heights of the four sides of the opening edge 8 are:
In this embodiment, the opening edge 8
All heights are different. That is, the two short side opening edges are made higher than the two long side opening edges, and one short side opening edge 8a-2 is made higher than the other short side opening edge 8a.
-2, and similarly, one long side opening edge 8b-
8 is made higher than the other long side opening edge 8b-2.

One wall 5b at both ends in the axial direction has a roughly elliptical shape constituting the entire one end surface of the cylindrical portion formed by the combination with M7, and is large enough to hold the entire circular end surface of the solid agent A. As clearly shown in FIG. 3(A), the wall 5b-1 has a thin width toward the tip and has a sharp tip, and the tip is the opening edge on the short side, which is the highest among the four sides. It is set as 8a-3. One wall 5b-1 is lower than the other wall 5b-8, and the part that protrudes from the lower half side part has a stepped part cut out on the outer surface, and the tip of the thin stepped part is connected to the lower side. The short side opening edge 8a-1 is defined as the opening edge 8a-1. In this way, the opening edges on the short sides are both thin and have a shape suitable for a film body breaking member.

A pair of fitting grooves 10, 1.0 for sliding the lid are provided along the opening edges 8b-1, 8b-7 on a pair of long side (axial side) side walls consisting of both ends of the peripheral wall 5a. is formed. A stopper 11S 11 is protrudingly provided on the bottom surface of these fitting grooves ``0'' and IO at a position close to the end wall 5b-, so that the lid 7 sliding in the groove IO will temporarily stop, as will be described later. west,
At the stop position, there is an opening between the end wall 5b-1 and M7 from which only one solid agent A can be taken out.

Long-side opening edges are formed in the upper portions of these fitting grooves 10, and one opening edge 8b-1 has a narrower width than the inner edge of the upper wall of the fitting groove 10, and has an acute tip that protrudes. ing.

The other opening edge 8b-2 has a planar upper wall of the fitting 110 as the opening edge, and the opening edge 8b is lower in height than the opening edge 8b-1.

To summarize the shapes of the opening edges on the four sides mentioned above, the height is:
Short side opening edge 8a-+>short side opening edge 8a-,>long side opening edge 5b-1>long side opening edge 8b-, and the lowest opening edge 8b -4 has a planar tip end face that makes it difficult to break the film body F, but the other three opening edges have a thin width and a shape that makes it easy to break the film body F. And the opening edge 8b-0 which is higher in height on the short side and long side and comes into contact with the film body F first,
8a-1 has its tip inclined at an acute angle so that it pierces the film body F and easily breaks the film body F.

The lid 7 also has a roughly semi-cylindrical shape, but as described above, it forms a roughly cylindrical member by assembling the case body 5. As clearly shown in FIG. 4(A), the lid 7 has a structure in which the upper surface side of a fitting groove 10 having a U-shaped cross section of the case body 5 is slidably fitted into both ends of the arc-shaped peripheral wall 12a. %
t13, and the lower wall 14 of the groove 13 is slidably fitted into the groove of the fitting groove 10. Well,
A stopper i5 that engages with the stopper 11 is provided near the tip of the lower wall 14 that fits into the fitting groove 10. One end of the M7 in the axial direction is an opening, and a semicircular end wall 12a is formed at the other end, and the end wall 12a has a thinner inner surface at its lower side.

By fitting M7 described above into the fitting groove 10 of the case body 5 and sliding it along the fitting groove 10, the opening 6 of the case body 5 is completely closed. M7, there is no protrusion on the outer surface of either the peripheral wall or both end walls, making it possible to form a cylindrical body with a uniform and smooth outer surface.

Next, the operation of refilling the solid agent A having the above structure from the sealed blister packaging container B into the portable case C will be explained with reference to FIGS. 5(A) to 5(E).

■First, remove the case cover 7 from the case body 5 of the mobile case C, and place the opening edge 8 of the case body 5 on the film body F of the blister packaging container B, as shown in FIG. 5(A). and place it on the opening 2 of the blister packaging container B.

■Next, as shown in FIG. 5 (B-I[), push the case body 5 from above. Since the opening edge 8 is formed to have a similar shape to the opening 2 and a slightly smaller size, the opening edge 8 pushes the film body F along the opening edge 3 of the blister opening 2. At this time, since there is a gap 20 between the solid agent A and the film body F in the internal space of the blister packaging container B, unlike in the case of punching with a press etc., as shown in FIG. 5 (B-r). Three of the four sides of the film body F are cut, and one of the sides remains uncut.

The situation at the time of cutting is that when the case body 5 is held horizontally and pushed down, the highest short side opening edge 8a-1 first pierces the film body F, and its sharp end surface is used to cut the film body F. Cut the opening edge on one of the short sides. Subsequently, the other short side opening end of the film body F is cut at the short side opening edge 8a-4. With both short sides cut, the sharp tip of the long side opening edge 8b-1 comes into contact with one long side opening end of the film body F to cut it. Since the opening end 8b-2 having a flat tip comes into contact with the last uncut side, the film body F is not easily cut, and the film body F is attached to the container part 1 at this - side. It remains fixed.

Incidentally, when the film body F is pressed and cut, the film body F is cut all around the blister opening 2.
When transferring the solid agent A to the portable case C, it is conceivable that the cut portion of the film body F will remain at the bottom of the case body 5.

However, when punching out a film or sheet with a punch, if you place a support object on the back side and apply strong force, the punch will be completely punched out, but as in blister packaging container B according to the present invention, In the case where a void 20 is formed between the solid agent A and the film body F,
Unlike the case of punching, the entire circumference is not cut, and the - side or a part of one side remains uncut.

■Next, in the state shown in Fig. 5 (B-1) above, turn over the blister packaging container B and the mobile case C, and
The state shown in C) is established. Then, the solid medicines A are transferred from the blister container B to the carrying case C all at once while remaining aligned. In this state, the film body F is bent from the uncut part and is placed under the solid agent A.
The solid agent A is all at once supported by the case body 5.
Move to the side.

(2) Next, as shown in FIG. 5(D), lift up the blister packaging container B. Then, the film body F becomes the solid agent A.
The blister/packaging container B is pulled away from the carrying case C together with the film body F. This empty blister packaging container B is disposed of.

■Next, as shown in FIG. 5(E), fit the lower wall 14 of the lid 7 into the fitting groove 10 of the case body 5, and then guide the M7 through the fitting groove 10 to fit the M7 into the case body 5. The opening 6 of the case body 5 is closed by sliding the case body 5 in the direction shown by the arrow in the figure.

Through the above steps, the solid agent A can be refilled from the blister packaging container B into the portable case C.

When viewed as an actual refilling operation, the film body F is cut at the opening edge 8 of the case body 5, the solid agent A is transferred into the case body C in this cut state, and then,
All you have to do is move the lid 7 onto the case body 5, and the transfer can be done in a nearly one-touch procedure.

When taking out the solid agent A stored in the carrying case C,
As shown in FIG. 6, when the lid 7 is slid in the direction of the arrow,
By the engagement of the stoppers 11 and 15, it is stopped. At this stop position, there is an opening from which only one solid agent A can be taken out! 9 is formed between the case body 5 and the lid 7, and the solid agent A can be taken out one by one.

As described above, according to the embodiment of the present invention, it is possible to refill the solid medicine with a much smaller number of operations than the 10 operations in the conventional example described above, and the operations can be performed in a series of steps. Since it can be carried out in an assembly line, the effort of refilling becomes easier. Moreover, the solid agent A has a high sealability in the blister container B, which is the filling container, and has a high quality protection function during storage, and it is easy to refill and requires less time to be exposed, and during the refilling operation. Since there is no need for direct contact with fingers, quality deterioration can be prevented. As mentioned above, when using solid agent A, lid 7
Open the case by opening the rollers a little.You can take out the solid agent A one by one, so you can reuse it. Furthermore, when pressing the film body F of the blister packaging container B, it is possible to ensure that both short sides of the film body F are first pushed through with the opening edges 8a-3 and 8a-2 on the short sides of the case opening 6. Therefore, the length of the film body F to be extracted can be shortened, and the transfer of the solid agent A becomes easier.

It should be noted that the present invention is not limited to the above-mentioned embodiments, but as shown in FIGS.
A structure shown in the θ diagram can also be used. Figure 7 (A) (B
XC) shows a modification of the blister packaging container B, in which an arc-shaped cut 21 is provided with the short side of the opening edge 3 facing outward from the inner end, and the axial direction of the storage portion 4 connected to the cut 21 is provided. The end surfaces 4a, 4a are bulged outward. By filling the container part 1 in this manner, a gap 20' is also formed between both axial ends of the solid agent A to be accommodated and the inner surface of the accommodating part 4. By providing the above-mentioned gap 20', the film body F can be easily cut when it is torn by the short side opening fastening parts 8a-, 8a of the case body 5.

In the embodiment shown in FIG. 8, the container portion 1 of the blister packaging container B has a trapezoidal cross section with an enlarged opening side, and a circular solid agent A is housed inside the container portion 1. Figure 9 shows solid agent A.
The container itself has a rectangular shape, and the solid agent A is accommodated in a storage portion with the open end side of the blister packaging container B having a wide portion. 10th
The figure shows a blister packaging container B containing granular solid agent A'.

In each of the embodiments shown in FIGS. 8, 9, and 10, the solid agents A and Ao contained in the container part 1 and the inner surface of the container part l are connected to each other on the opening 2 side of the blister packaging container B. Since there is a gap 20 between them, when the opening edge of the case main body of the corresponding shape is pressed, the - side remains 1. The film body F is then cut. Therefore, these solid agents in the blister packaging container B can be transferred to the portable case C at once.

Further, the shape of the opening 2 of the blister packaging container B and the opening edge 8 of the corresponding case body 5 is not limited to the rectangular shape of the above embodiments, but may be circular or triangular.

That is, according to the applicant's experiments, blister packaging container B
Circular, triangular, and square shapes were prepared as the shape of the blister opening 2, and a case opening having the same shape was formed. Then, when the opening line part of the case opening is brought into contact with the film body F of the blister packaging container B and the film body F is pushed with as uniform a force as possible, the film body F will always start to be cut at some point and end at the end. It was confirmed that some parts of the line remained uncut. In particular, in the case of triangles and squares, it was also confirmed that one of the sides remained attached to the blister packaging container without being cut.

Furthermore, press 1 of the film body F. The cutting phenomenon was also obtained when the height of the opening edge of the case opening was the same over the entire circumference, and it was confirmed that this was sufficient for practical use. However, under the conditions listed below, if the height is sloped or stepped:
It was also confirmed that if you do so, you can push through more effectively.

(a) Of the four sides of the rectangular opening edge of the case body,
The edge of at least one side protrudes outward higher than the other edges to make it easier for the edge of the bulge to hit the film body of the blister packaging container first, and one of the remaining low edges projects outwards higher than the other edges, and one of the remaining lower edges projects outwardly. The film body can easily remain in the blister packaging container as unbroken.

(b) Of the four sides of the rectangular opening of the case body, two short sides protrude outward higher than the long sides.

(c) Of the four sides of the opening of the case body, two short sides h<
It protrudes outward higher than the two long sides, and furthermore, one of the two short sides and the two long sides protrudes outward higher than the other.

(d) One of the two long sides protrudes outward higher than the other long side, the tip of the protruding long side has a sharp shape, and the film of the blister packaging container is formed before the other lower long side. The tip of the other lower long side has a shape that makes it difficult to cut the film body, such as a flat or arcuate surface, so that the film body that comes into contact with the tip is likely to remain unbroken.

Furthermore, in the embodiment described above, the rectangular blister opening 2 and the case opening 6 are formed on the upper side of the packaging container body 1 of the blister packaging container B and on the upper surface of the peripheral wall 5a of the case body 5 of the mobile case C, respectively. Alternatively, a circular blister opening and a circular case opening may be formed on the side of the packaging container body 1 and the side of the case body 5, respectively. In this case, the lid 7 is of a screw type or a hinge type instead of a sliding type.

Furthermore, the mobile case C may be formed into a prismatic shape instead of a circular shape.

<Effects of the Invention> As is clear from the above description, the present invention has the following effects because it is configured and operates as described above.

b) The number of operations required for refilling the solid agent is reduced, and the operations can be performed in a series of assembly operations, making refilling easier.

(Note) Solid formulations have a high sealability in the original blister container, which provides a high quality protection function during storage.In addition, refilling is easy and requires less time to be exposed, and it is also easy to use with your hands and fingers during the refilling operation. Since there is no need for direct contact with the product, quality deterioration is less likely to occur and it is hygienic.

c) When using the solid medicines refilled in the carrying case, you can take out the solid medicines one by one by sliding the lid in the long direction relative to the case body and opening the case opening a little. , your usage will improve.

2) When cutting the film body of the blister packaging container,
Since both short sides of the film body can be reliably pushed out by the opening edge on the short side of the case opening, the length of the film body to be extracted can be shortened, and refilling of the solid agent becomes easier.

[Brief explanation of the drawing]

Fig. 1 shows a blister packaging container according to the present invention, Fig. 1(A) is a perspective view as seen from one side, Fig. 1(B) is a perspective view as seen from the other side, Fig. 1(C) 2 is a perspective view of the carrying case, 3 is a main body of the carrying case, 3(A) is a front view, and 3(B) is a side view as seen from the axial end surface. A side view, FIG. 4 shows the lid of the carrying case, FIG. 4(A) is a sectional view, FIG. 4(B) is a side view, and FIG.
Figure (A), Figure 5 (B-I), Figure 5 (B-11)
, FIG. 5(C), FIG. 5(D), and FIG. 5(E) are drawings sequentially showing the operation of refilling the solid drug from the blister packaging container to the portable case, and FIG. 6 shows the solid drug from the portable case. FIG. 7 shows a modified example of the blister packaging container according to the present invention, FIG. 7(A) is a perspective view, FIG. 7(B) is a front view, and FIG. C) is a bottom view, FIGS. 8, 9, and 10 are perspective views showing modified examples of the present invention, FIG. 11 is a cross-sectional view of a conventional example, and FIG. 12 is another conventional example. FIG. A... Solid drug, B... Blister packaging container, C... Mobile case, F... Film body, 2... Blister opening, 3... Opening edge, 5... Case body, 6... Opening. Part, 7... Lid, 8 (8a-,, 8a-2, 8b-8, 8b-,)... Opening edge. Patent applicant Takeda Pharmaceutical Co., Ltd. Agent Patent attorney Aoyama Aoyama and two others Figure 3 (A) Figure 3 (B) Figure 1 (A) Figure 1 (C) Figure 4 (A) Figure 4 Figure [B] Figure 6

Claims (13)

[Claims] (1) A solid drug packaging container set that allows all of the solid drugs sealed in the blister packaging container to be transferred into a portable case at once; a container portion having an opening at one end that accommodates the solid agent and allows all the contained solid agents to be taken out at once; - a container portion that is in close contact with the edge of the opening so as to close the opening of the container portion and can be easily broken; The portable case is comprised of a film body, and includes: - a housing section that can hold all of the solid medicine contained in the blister container; A case body having a set opening edge; and a case body which is detachably attached to the case body to close the housing part containing the solid drug, and which can be opened and closed from the case body at the time of attachment to store the solid drug contained therein. When the edge of the opening edge of the carrying case body is pressed against the film body of the opening of the blister packaging container, the film body cuts along the edge of the opening and at least A solid drug packaging container characterized in that a part of the film body remains unbroken in the blister packaging container, and in this state, all the solid drugs in the blister packaging container are transferred to the storage part of the case body. set. (2) A solid drug packaging container set that allows all of the solid drugs sealed in the blister packaging container to be transferred into a portable case at once; a container portion having a generally rectangular opening at one end from which all the solid agents contained therein can be taken out at once; and a breakable film body, the carrying case: - includes a storage part that can hold all of the solid medicine contained in the blister container; A case body having an opening edge set smaller than the width of the case body, and a case body that is removably attached to the case body to close the housing part that accommodates the solid agent, and that can be opened and closed with the case body when the case body is attached. It consists of a lid that allows the solid agent to be taken out,
When the edge of the opening of the carrying case body is pressed against the film body of the opening of the blister packaging container, parts of the film body corresponding to at least three sides of the opening of the blister packaging container are broken, and at least one side is unbroken and the film is not broken. A solid drug packaging container set characterized in that all of the solid drugs in the blister packaging container are transferred to the storage part of the case body while the solid drugs remain in the blister packaging container. (3) The solid agent is disk-shaped, and a certain number of the disk-shaped solid agents are stacked in a series in the direction of their central axis and sealed in a blister packaging container as a roughly cylindrical aggregate, and the main body of the portable case is 2. The solid drug packaging container set according to claim 1, wherein the solid drug packaging container set can be transferred as a generally cylindrical aggregate. (4) The container portion of the blister packaging container is housed in such a manner that a gap is created between the solid agent to be accommodated and the inner surface of the container portion on the opening side thereof, and the opening portion is sealed with the film body. A solid drug packaging container set according to claim (1). (5) The solid product according to claim (1), wherein the opening edge of the blister packaging container is formed into a hard brim shape having a constant width so that the opening part can be identified from outside the tightly attached film body. drug packaging container set. (6) At least one edge of the four sides of the rectangular opening edge of the case body of the carrying case protrudes outward higher than the other edges, so that the edge of the side protrudes outward from the edge of the blister packaging container. Claim (1): The film body is made easy to hit the body first, and one of the remaining low sides is left unbroken so that the film body can easily remain in the blister packaging container.
Solid drug packaging container set as described. (7) The solid drug packaging container set according to claim (5), wherein two short sides of the four sides of the rectangular opening of the case body of the carrying case protrude outward higher than the long sides. (8) Of the four sides of the opening of the case body of the carrying case,
The two short sides project outward higher than the two long sides,
The solid drug packaging container set according to claim 6, further comprising two short sides and two long sides, one of which projects higher than the other. (9) One of the two long sides protrudes outward higher than the other long side, the tip of the protruding long side has a sharp shape, and the film of the blister packaging container is Claim (6), in which the tip of the other lower long side is made to have a shape that makes it difficult to cut the film body, such as a flat or arcuate surface, so that the film body that comes into contact with the tip is likely to remain unbroken. The solid drug packaging container set described in (7) and (8). (10) removably fitting and attaching the lid to the roughly rectangular opening of the case body of the carrying case;
With this lid attached, the case body and lid form a shape that fits all the solid medicines transferred from the blister packaging container, and the lid can be opened and closed by sliding in the axial direction. The solid drug packaging container set according to claims (1) and (2). (11) A groove for sliding the fitted lid in the axial direction is provided in the case body of the carrying case, and a stopper is provided in the groove to temporarily stop the sliding of the lid, and the stopper portion is used to close the lid. 1 solid agent is released from the case body while
Claims (1) and (2) that can be taken out one after another
The solid drug packaging container set described. (12) The solid drug packaging container set according to claim (1), wherein the film body of the blister packaging container is aluminum foil or glassine paper. (13) From a blister packaging container in which a certain number of disc-shaped solid agents are stacked in series in the direction of the central axis and sealed as a roughly cylindrical aggregate, the lid of the carrying case is removed and the above is placed inside the case body. A solid drug container set that allows the entire solid drug to be transferred at once, and the blister packaging container includes a semi-rigid container portion that accommodates the aggregate of the solid drugs, and a container that covers the opening of the container portion. The container part is formed of a breakable thin film body tightly attached to the edge of the opening, and the container part expands outward by a certain distance from the entire periphery of the lower part, which is approximately semicylindrical, to form an approximately inverted truncated conical shape. The above-mentioned opening in the upper part of the portable terminal is approximately rectangular, and the edge of the opening is formed into a hard brim shape having a constant width so that the opening can be identified from the outside of the tightly attached film body. The case is configured such that the lid is removably fitted into a roughly rectangular opening of a roughly semi-cylindrical case body and can be opened and closed by sliding in the axial direction. The film body is made breakable at the edges, and the edge of at least one of the four sides of the opening is projected outward higher than the other sides to make it easier for the edge of the side to hit the film body first, and the other The film body is likely to remain unbroken on one side with the lowest side, while the outer shape of the opening is made smaller than the inner dimension of the opening of the container part, and the inner shape of the opening part is made to have a roughly semi-cylindrical shape of the container part. When the edge of the opening of the case body is pressed against the film body of the opening of the packaging container and the portions of the film body corresponding to at least three sides of the opening of the packaging container are broken, the film body closes to the packaging container. A solid drug packaging container set characterized in that an aggregate of solid drugs in the packaging container can be freely transferred to the case body while remaining in the container.