KR0140991B1 - Packaging set for solid articles - Google Patents

Abstract

A packaging set for solid articles (A) comprising a receptacle including a container (1) for accommodating the solid articles therein, and a film cover (F) made of breakable thin film fixedly secured on the opening edge of the container so as to seal hermetically the opening of the container (1), and a casing (C) including a case (5) having a mouth (6) corresponding to and slightly smaller than that of the opening of the container, and the lid (7) detachably set onto the case (5) so as to be able to move to close or open the mouth (6) of the case (5), whereby, when the side edges (8) of the mouth (6) of the case (3) upon taking off, the lid (7) is applied to press onto the film (F) of the cover of the receptacle to break off the film of portions corresponding to at least three sides of the opening (2) of the container (1), all the solid articles (A) in the container (1) is rendered to be able to change into the case (5) at one time with leaving the broken film (F) behind the container (1).

Description

Packaging set for solid medicine

Figure 1 (a) is a perspective view of a blister packaging container seen from below, Figure 1 (b) is a perspective view of a blister packaging container viewed from above, and Figure 1 (c) is an enlarged perspective view of a blister packaging container viewed from the side. to be.

2 is a perspective view of a carrying case,

3 (a) is an enlarged view of the carrying case seen from the front, and 3 (b) is an enlarged view of the carrying case seen from the side.

FIG. 4 (a) is an enlarged view of the cover as seen from the front cross section, and FIG. 4 (b) is an enlarged perspective view of the cover as seen from the side.

Figures 5 (a) to (e) and (b ') illustrate the operation of exchanging solids from the blister packaging container to the carrying case in sequence, and Figure 5 (a) is a perspective view of the blister packaging container and case, 5 (b) is a perspective view of the blister packaging, 5 (b '), 5 (c), 5 (d) is a perspective view of the blister packaging and the case, respectively, and 5 (e) is a carrying case Perspective view of.

6 is a perspective view of a state where the tablet is discharged from the carrying case.

7 (a) is a view of a blister packaging modification, 7 (b) is a side view thereof, and 7 (c) is a bottom view thereof.

8 to 10 are views of different variations of the blister packaging, respectively, as seen from below.

11 is a front sectional view of a conventional blister packaging container, and FIG. 12 is a perspective view of a conventional blister packaging container.

The present invention is generally used to refill tablets from blister packaging containers and blister packaging containers for sealing and containing solid agents such as pharmaceuticals in the form of tablets, pills, troches, capsules, etc. Characterized in that the carrying case or a portable tablet dosage device for the present invention relates to a packaging set that can be replaced with a solid so that it can be easily carried without problems at a time.

In general, it is very necessary to prevent quality deterioration during the distribution or storage period of the medical product or drug because the medical product or drug is not only an added value and expensive, but also has to be guaranteed for a long time. For this reason, packaging containers or containers for medical products, on the one hand, require a sealed seal to maintain the quality of the material. On the other hand, the packaging container is required to facilitate the discharge of medical products when necessary. The two contradictory functions mentioned above, that is, the sealing function and the easy discharging function, from a practical point of view, cannot actually be achieved with only one packaging container due to the many limitations in the design and the expensive manufacturing cost.

Therefore, when a solid medicine, such as tablets and capsules, which are usually discharged out of the medical product relatively frequently, is involved, the portable medication device is attached to the original container. In the case of discharging the solid medicine to the outside, the solid medicine is refilled from the original container to the portable medication to easily discharge the solid medicine if necessary. Therefore, in many cases a large plastic bottle or a large plastic box is used as the original container. As a portable dosing machine, a long cylindrical plastic container or an aluminum tube is used. In general, solid medicines are formed like tablets on discs and are densely packed in portable dosing devices when stacked in the thickness direction.

However, in the conventional arrangement as described above, it is inconvenient to take time to actually refill the solid medicine from the original container to the portable medication.

For example, solid medicines are generally exchanged from original containers to portable medications in the following complex route.

(1) A space for the exchange operation is essential to provide the exchange operation itself as well as the capacity for accommodating in each of the container and the portable medication device.

(2) Prepare temporary containers to temporarily hold tablets and tweezers for exchange operations separately from original containers.

(3) Open the opening of the original container.

(4) Change the selected number of tablets from the original container to a temporary container, considering that they correspond approximately to the capacity of the portable dosage device.

(5) Tablets exchanged into temporary containers are exchanged with the dosing device using tweezers.

(6) The tablets are arranged in a line in the portable medication device.

(7) If the tablets in the temporary container are less or more than the volume of the portable doser, the amount of the tablets is additionally discharged from the original container or returned to the original container.

(8) Close the case cover of the portable medication device.

(9) Block the opening of the original container.

(10) Arrange the temporary container and the tweezers in the initial position.

In other special cases, it may be necessary to repeat the above-mentioned operations (5) and (6). In addition, when the tablet is moved by the operator's finger without using tweezers, the finger must be washed before and after the replacement operation.

As noted above, according to conventional methods, many operations involving the above 10 steps are required to exchange the tablets from the original container to the portable medication.

In addition, the normal exchange operation is bothersome and tedious for the operator since very careful care must be taken to prevent spills or moisture absorption to the outside during the exchange operation.

Further, in the exchange operation, each time the opening of the original container is opened, the inside of the original container is exposed to the outside air, resulting in deterioration of the quality of the tablet contained in the original container as a result of moisture absorption and the like.

In order to eliminate the above disadvantages, one solution, that is, a method of omitting an exchange operation by carrying the raw container densely packed by size can be proposed.

In general, medical products are mostly packaged by a PTP method (Press Through Pack) using a sealing film such as aluminum foil to block the opening of the packaging container in a sealed state. In the case of the PTP method, when a solid medicine such as a tablet or capsule medicine is discharged from the packaging container, the packaged solid medicine is stretched with the operator's finger from above to rupture the sealing film of the packaging container.

In addition, blister packaging containers used to package various miscellaneous goods such as lip balms and adhesive sample tubes based on the PTP method are used to package solid medicines. For example, blister packaging B 'is constructed by sealing tablet A to container 1 with a film cover F' bonded to the opening flange of container 1 'as shown in FIGS. When the tablet A is to be discharged from the packaging container B ', as shown in Fig. 11, the bottom of the container 1' is pushed by the operator's finger to release the film cover F 'from the container 1 to open the container opening of the container 1'.

The blister packaging container can use a conventional manufacturing apparatus and can be manufactured sufficiently with a small amount of material, and is advantageous in that its function is suitable for carrying purpose in the form of a container. However, blister packaging, on the one hand, easily penetrates into the packaging, degrading the quality of the tablets and damaging the appearance of the packaging. On the other hand, once the film cover is ruptured or opened, the remaining tablets in the container are disordered. Blister packaging containers are inconvenient for practical use because they have disadvantages such as being released from the container opening.

Therefore, an essential object of the present invention is to prevent the deterioration of the solids, to maintain the good appearance of the filling and the convenience of use while carrying, while to rupture the film cover of the container all at once to blister packaging container at once To provide an improved packaging set for a solid formulation consisting of a blister packaging and a portable case which are simply designed to be easily exchanged into a portable case in the US.

According to the present invention, in order to achieve the above object, a blister packaging container for sealing and filling a solid agent therein is accompanied by a carrying case for exchanging and storing the solid agent therein in a state capable of discharging the solid agent and discharging it. In addition, the carrying case is configured such that when the film cover of the blister packaging container is pressurized and ruptured by the carrying case, all the solid agents contained in the blister packaging container are replaced with the carrying case at one time.

More specifically, according to the first aspect of the present invention, the packaging set is securely fixed to a flange provided around the opening edge to seal and seal a container for accommodating a predetermined amount of solids therein and a container tool having a quadrilateral rectangular shape. Blister packaging containing a film cover of thin, rupturable thin film and a case having an opening corresponding to or slightly smaller than the rectangular shape of the opening of the container, and to be detachable from the case for opening and closing the opening of the case The cover includes an installed lid, wherein the at least one side edge of the case opening is ruptured by pressing the film cover, and when the film cover of the container at the one side edge of the case inlet with the cover removed is pressed, the film of the container is ruptured. Carrying case so that all solids in the container can be replaced with the case at one time It consists of a combination of

That is, the packaging set is constituted by a long cylindrical blister packaging container accommodating various solids therein and a carrying case of almost the same size as the packaging container for receiving tablets from inside the container. The case has an open opening on one side of the carrying case. The case opening is closed by a lid of a freely openable type. The cover is mounted on the case so that it can slide, and is easily detached from the case to leave only the case to join the packaging container and the case. The peripheral portion of the case opening is formed to fit the container opening. Solids in the packaging container are discharged through the container opening. The peripheral portion of the case opening is arranged to rupture the film sealing the container along the inner circumference of the edge of the film cover facing the container opening.

According to a preferred embodiment of the invention, the packaging set is partially modified as described below.

In order to facilitate handling of the solids, all solids each formed in a disc shape are continuously filled in the direction of the central axis of the solids so that one unit of a substantially cylindrical shape can be formed in the packaging container.

The container of the packaging includes an upper portion of the reverse conical frustum that extends outward from the entire top surface of the lower and lower semicircular to the upper container opening, and is rigid to facilitate recognition of the position of the container opening from the outside of the film cover. It is a type of edge which is a form of a specific butterfly of which is flanged along the peripheral part of the upper container opening.

In order to bond the case to the packaging, one or more sides of the case opening extend outwards higher than the other sides of the opening, so that the film does not break on the other side easily before other sides that are low enough that the film does not readily rupture. While it is easy to remain, it is made to contact the film cover on one side. That is, the two short sides of the case opening extend outwardly higher than the two long sides of the remaining opening, one short side of the opening extends outward higher than the other short side of the opening, and one long side of the opening is the other long side of the opening. Sharp edges are provided at one long side end of the opening to extend further outward to facilitate collision with the film cover.

In addition, in the groove for fixing the cover in a position to open the groove for engaging the cover so that the cover can slide and move in the axial direction of the case to open and close the case opening, and the case opening sufficient to discharge the solids from there one by one. It is a stopper.

The case opening is formed to extend in the longitudinal direction of the case and the cover is adapted to the longitudinal direction of the case so that the lid can slide. In the packaging, the film cover is made of aluminum film or glass paper.

Therefore, the present invention can easily exchange all solids from blister packaging to carrying case in one continuous step of exchange operation without receiving solids therein and exposing the solids to outside air for a long time and the operator's finger. Provided is a packaging set consisting of a blister packaging container and a carrying case.

In addition, when the solid agent is replaced with a carrying case, a part of the film cover remains attached to the blister packaging container and the film cover sealing the blister packaging container is arranged to be embossed, so that the replacement operation is easier. It is less troublesome. In addition, when the solid agent in the carrying case is required, the cover covering the case can be discharged one by one by moving the cover so that it slides slightly.

The above objects and features of the present invention will become apparent from the following description in connection with the preferred embodiments thereof with reference to the accompanying drawings.

1 (a) to (c) are drawings of a blister packaging container; According to a preferred embodiment of the invention, Figure 1 (a) is a perspective view of the packaging container seen from below, Figure 1 (b) is a perspective view of the packaging container seen from above, and Figure 1 (c) is a perspective view of the packaging container viewed from the side. An enlarged perspective view.

2 is a perspective view of a carrying case coupled with the blister packaging of FIG. 1 in accordance with a preferred embodiment of the present invention.

3 (a) and (b) are enlarged views of the case constituting the carrying case of FIG. 2, and FIG. 3 (a) is a front view of the case, and FIG. 3 (b) is a side view of the case.

4 (a) and 4 (b) are enlarged perspective views of the cover constituting the carrying case of FIG. 2, and FIG. 4 (a) is a perspective view of the cover as seen from the front cross section and FIG. 4 (b) is a side view of the cover. to be.

5 (a) to (e) and (b ') are views for sequentially explaining the operation of replacing the solid agent from the blister packaging container of FIG. 1 to the carrying case of FIG. 2, and FIG. A perspective view of a blister packaging container and a case, and FIG. 5 (b) is a perspective view of the blister packaging container and a case of FIGS. 5 (b '), 5 (c) and 5 (d) of the blister packaging container, respectively. 5 (e) is a perspective view of the carrying case.

6 is a perspective view showing a state in which one solid agent is discharged from the carrying case of FIG.

7 (a) to (c) are views showing the deformation of the blister packaging container according to the present invention, and (a) is a perspective view of the deformation, and (b) is a side view thereof, and 7 (c). Do is his bottom view.

8 to 10 show different variations of the blister packaging according to the present invention, respectively, and 8, 9 and 10 are perspective views of the blister packaging viewed from below, respectively.

11 and 12 are views of a conventional blister packaging, respectively, as mentioned above, and FIG. 11 is a front sectional view of the blister packaging, and FIG. 12 is a perspective view of the blister packaging.

Detailed description of the invention

Before beginning the description of the invention, it should be noted that the same parts are designated by the same reference numerals throughout the drawings.

In a preferred embodiment of the present invention, with reference to FIGS. 1 and 2, an elongated bliss for sealing and containing a predetermined amount of tablet A therein as shown in FIGS. 1 (a) to (c). And a carry case C of approximately the same size as the blister package for accommodating all tablets A therein from the blister package B, as shown in FIG. It provides a packaging set of solid A.

The blister packaging B is a rupturable thin that is firmly fixed on the opening flange of the container 1 to seal and close the opening of the container 1 and the container 1 which consists of a slightly rigid sheet for accommodating a predetermined amount of the tablet A therein. It consists of the film cover F which consists of films. Container 1 is a type of container suitable for receiving tablet A units each in the form of a disk and for continuous filling along its axial direction. The carrying case C is composed of a case 5 including an opening 6 open to one side of the case 5 and a case cover or cover 7 provided on the case 5 so as to be freely opened and closed to open and close the case opening 6.

The peripheral side 8 of the case opening 6 is formed to fit in the container opening 2 which discharges the tablet A from the case opening 6 of the case 5. The film cover F which seals the container opening 2 can be press-cut along the inner periphery of the edge part of the opening 2 to the peripheral part 8 of the case opening 6. The opening 6 extends in the longitudinal direction in the case 5 and opens, and the lid 7 is adapted to slide in the longitudinal direction of the case 5. More than one side edge of the case opening 6 is formed so as to rupture the film cover F by pressing F.

The tablets A contained in the blister packaging container B in Figs. 1 (a) and 1 (b) are formed in a disk shape and stacked in the columnar container 1 in a thickness direction. Each tablet A is disc shaped so that all of the tablets A are formed in a substantially columnar unit and are continuously filled along the central axis of the tablet A so as to be contained in the container 1. The blister packaging B as shown in FIG. 1 (b) includes a rectangular opening 2 for discharging the tablet A through a portion formed on the top surface of the container 1 and sealed with the film cover F. FIG. Container 1 is transparent and made by thermoforming thermoplastics such as polyvinyl chloride, polypropylene and the like. Vessel 1 consists of a top of the inverted conical frustum that extends outward from the top of the upper half of the bottom and bottom of the approximately semi-circular shape as shown in FIG. 1 (c). Flange 3 of vessel 1 is formed in a rigid state with an edge in the form of a particular butterfly. The film cover F is made of aluminum foil or glass paper or the like to accommodate the tablet A in the container 1 and to heat seal the periphery of the heat-sealed periphery on the top surface of the flange 3 or the edge of the container 2. There is a slight space 20 between the tablets and the inner surface of the container 1 which seals the container 1 with the cover F as it extends outward in the opening 2 direction of the container 1. In addition, the flange three-phase for fixing the film F thereon as shown in Fig. 1 (b) so that the position between the center of the film F blocking the opening 2 and the periphery of the film F bonded to the flange 3 is easy to be recognized. There is a net pattern.

3 shows the carrying case C used when the tablet A contained in the blister packaging container is replaced therein for carrying purpose. Carrying case C consists of case 5 and cover 7 and consists of a cylindrical plastic molding that is about the same length as the blister packaging, wherein case 5 and cover 7 are almost semi-circular, separated along the axial direction of case C. It is formed. That is, half of the upper layer portion of the main wall of the case 5 is removed, and the lid 7 covers almost the same area as the removed peripheral inner wall 5a of the case 5. Tablet A is housed in the interior space of Case C, assembled into Case 5 and Cover 7.

In a state where the carrying case C is disposed sideways, the lid 7 is covered so that the opening 6 formed in the upper layer surface of the main wall 5a of the case 5 can be opened freely. The lid 7 is slidably engaged on the case 5 and moves in the axial direction of the case to open and close the opening 6 of the case 5. Case 5 has lid 7 in position to open opening 6 of case 5, which is suitable for dispensing a pair of grooves 10, 10 and tablet A, which are engaged with lid 7 so that the lid can slide and move in the axial direction of case 5. A pair of stoppers 11 and 11 are provided in the grooves 10 and 10 for fixing.

More specifically, container 1 is provided with a rectangular opening 6 that is semi-circular in shape, as shown in Figures 3 (a) and 3 (b), and is open surrounded by four upper layers of all walls 5a, 5b, 5b. . After the upper half of the circumferential wall of the case 5 is removed, the bottoms of the circumferential walls 5a and 5b remain intact, and the short sides 8a and 8a of the circumferential wall 5 are higher than the long sides 8b and 8b.

The four upper side edges of the case opening 6 consist of two long sides 8b-1 and 8b-2 corresponding to both upper end portions of the circumferential wall 5a, and two short sides 8a-1 and 8a-2 corresponding to the upper end portions of the side walls 5b and 5b. It is designed to be slightly smaller than the inner size of the container opening 2 so that the upper surface of the case opening 6 can be inserted into the container opening 2 along the inner edge of the flange of the container 1. In the embodiment of Figs. 3 (a) and (b), each of the upper surface of the case opening 6 is different from the other surfaces so that the film F of the packaging container B is easily ruptured by the highest upper surface.

That is, the two short sides 8a and 8a of the case opening 6 extend outwardly higher than the remaining two long sides 8b and 8b. The two short sides 8a, 8a of opening 6 can be extended outwards higher than the other short sides of opening 6, so that the film F can easily contact the film cover F before the other sides that are low enough so that it is easy to remain unbroken. . The side wall 5b including the highest side 8a-1 constitutes one side of the carrying case C assembled with the lid 7 to accommodate the tablet A, and is almost elliptical in shape. Each of the short sides 8a-1 and 8a-2 of the opening 6 is configured to be taper from the center to the end to form sharp edges, so it is suitable to be pushed into the film F of the packaging container B.

One of the long sides 8b and 8b of the opening 6 extends outward higher than the other long side of the opening 6, so that the film cover F is ruptured on one side, while the film F on the other side is ruptured so that it is easy to remain unbroken. A sharp edge at the end of one of 8b. A pair of grooves 10 and 10 are formed along the outer ends 8b-1 and 8b-2 of the long side, so that the outer end of the corresponding cover 7 can slide to move the cover 7 in the axial direction of the case. The opening 6 can be opened and closed. In grooves 10 and 10, a pair of stoppers 11 and 11 are provided at positions adjacent to the highest 8a-1 of the short sides 8a and 8a to temporarily remove cover 7 in an open position of opening 6 suitable for discharging tablet A one by one from case 5. Secure with.

The cover 7 is mounted on the case 6 so that it can be detached and slipped, with the grooves 10 and 10 of the case 6 engaged with the corresponding grooves 13 and 13 at their inner ends, so that the cover 7 can be Easily removed to fully open opening 6 to receive tablet A from casing B into case 5, and gently slide over case 5 to correspond to the corresponding stopper 15, 15 provided in grooves 13 and 13 of lid 7, and to the case closure 11 , 11 can be combined to completely block the opening for partially dispensing or carrying the tablet from case 5.

The rectangular upper layer 8 of the case opening 6 is slightly smaller than the opening 2 of the blister packaging B and is similar in shape. As shown in Figs. 5 (a) and 5 (b '), when the film cover F is inserted into the intermediate depth of the blister packaging container B at the short side 8a of the case opening 6, as shown in Fig. 5 (b) Likewise, the long side 8b contacts the film cover F and pressurizes the film cover F to rupture.

In an embodiment, it is effective to reduce the thickness of the upper surface 8 of the case opening 6 in order to enhance the ability or efficiency of cutting the film cover F. That is, when the carrying case C is configured in the slide type as in the present embodiment, it is easy to reduce the thicknesses of the assembled portions of the cover 7 and the case 5, which is advantageous in terms of enhancing cutting ability.

On the other hand, when pressure cutting the film cover F, the cut portion of the film cover F, which is completely cut along the circumference of the opening 2 of the packaging container B, is inserted into the bottom of the case 5 so that the tablet A can be exchanged from the packaging container B to the carrying case C. Can be.

However, the film cover F of the embodiment of the present invention, unlike in the case of conventional die-cutting, uses a pressure support provided on the inside of the film or sheet to mold in a conventional manner to apply a strong force to the film or sheet. Even a complete die cut using a press, in effect, does not completely cut along its circumference, which provides a space, ie spacing, between the tablet A and the film cover F to provide a portion of the film F that is not pressurized by the cutting of the opening 6 of the case 5 This is because 20 is formed.

Experimental results showing the above points in detail will be described below.

More specifically, aluminum foil or glass paper is used as the film cover F. In addition, the openings 2 of the blister packaging B are circular triangles and squares. The opening 6 of the carrying case C is formed similarly to the opening 2 of the blister packaging B. When the opening edge 6 of the case 5 is brought into contact with the film cover F of the blister packaging B, the operator's finger presses the case 5 on the packaging B as uniformly as possible, while the film cover F always ruptures at any contact. It begins to be, but a portion of the film cover F always remains unruptured. In particular, when opening 6 of case 5 is triangular, square or rectangular, one side of film cover F remains attached to blister packaging B without being cut. In addition, as long as there is a space 20 between the film cover F and the tablet A accommodated in the packaging container B, the film cover F has a conventional method even if the side 8 of the opening 6 of the case 5 is the same height along its pole. Otherwise cut by case 5 in the manner mentioned above. In addition, when the height varies along the periphery by a slope or a step, the film cover F can be cut more effectively.

According to an embodiment, a rectangular container opening 2 and a rectangular case opening 6 are formed in the upper layer of the container 1 of the blister packaging B and the upper layer of the circumferential wall 5a of the case 5, respectively, but in the sides of the container 1 and the case 5 the container openings. It should be noted that 2 and case opening 6 may each be formed in a circular shape. In this case, the lid 7 is mounted in a screw or hinged structure instead of a slide type structure. Furthermore, the carrying case C may be formed in a columnar shape.

In the packaging container set of the present invention having the above structure, a solid medicine such as tablet A contained in a blister packaging container B is subjected to the following steps, for example, as shown in FIGS. 5 (a) to (e) and (b '). Replace it with the carrying case C as shown in the figure.

(1) In step 1, the cover 7 is removed from the case 5 of the carrying case C. Thereafter, the six openings of the case 5 are placed on the film cover F of the blister packaging container B and faced to the opening 2 of the packaging container B as shown in FIG. 5 (a).

(2) Then, as shown in FIG. 5 (b ') in step 2, the case 5 is pressed from the top to rupture the film cover F along the edge portion of the opening 2 of the packaging container B. In this case, since there is a certain space 20 in the inner space of the blister packaging container B between the tablet A and the film cover F, the film cover F, in contrast to the usual case in which the film is completely ruptured by being driven into the mold by a press machine, One of the quadrilaterals remains unruptured. When cutting the film cover F, when pressing the film cover F with the case 5 while keeping the case 5 in a substantially horizontal position, the highest 8a-1 of the short sides of the case opening 6 is penetrated by the film cover F by the film cover F. Cut the film cover F to the sharp edge of the highest one of the short sides of the sealed container opening 2. After cutting the other short side of the container 1 with the other short side 8a-2 of the case opening 6 continuously, the film cover F makes contact with the higher 8b-1 of the long side of the case opening 6, and makes the film cover F the other long side of the case 5. Even when bent down and inserted into vessel 1 by pressurizing to 8b-2, one of the long sides of the container opening is cut while one corresponding long side of the container opening 2 is left uncut.

Therefore, the film cover F has its three sides 8a-1, 8a-2, 8b-1 cut off, but as shown in Fig. 5 (b), one side remains in the container 1 without being cut.

(3) As shown in FIG. 5 (c), in step 3, the tablet A is arranged in order by flipping the blister packaging container B and the carrying case C under the conditions as mentioned in step 2 Furnace opening 2 and case opening 6 are exchanged from blister packaging B to carrying case C at a time.

In this state, the film cover F is bent and folded at its unruptured portion, and the film cover F is placed under the tablet A while being unfolded from the packaging container B to the case 5.

(4) Then, as shown in FIG. 5 (d), in the fourth step, when the blister packaging container B is lifted up and separated from the case 5, the film cover F is peeled off from the lower part of the tablet A, and the film cover F and the bliss are removed. The container B together from the carrying case C. Dispose of the empty blister receptacle B.

(5) Finally, in step 5 as shown in FIG. 5 (e), the cover 7 is assembled with the cover 5 in which the corresponding grooves 10 and 10 of the case 5 and the grooves 13 and 13 of the cover 7 are engaged. Block the case opening 6. The cover 7 is slidably mounted on the case 5 under the induction of the grooves 10, 13 to partially block the case opening 6 in a position which is temporarily fixed by engaging the lid 11, 15 and the cover 7 of the case 5 completely. .

Using the above steps, remove lid 7 from case 5, press case opening 6 onto container opening 2 to rupture film cover F, and tablet A from container 1 through container opening 2 and case opening 6 Then, the operator can easily replace the tablet A from the blister packaging container B to the carrying case C by the operation of reassembling the cover 7 into the case 5. The tablet A contained in the case 5 can be easily discharged by partially opening the opening 6 by sliding the lid 7 to the stopper 11 and 15 positions, as shown in FIG.

In the above method, the exchange operation divided into 10 stages according to the conventional method as described earlier is greatly reduced to the same as 5 stages in one continuous flow, thus facilitating the exchange operation of the tablet.

Furthermore, blister packaging B, which is the original container of Tablet A, has not only a high degree of hermeticity and protection during the storage period of Tablet A, but also does not expose Tablet A to outside air for a long time, but directly touches the tablet with the operator's finger. Since the exchange operation can be performed easily without contact, the packaging set of the present invention can prevent the deterioration of tablet quality. In addition, as shown in Figs. 5 (a) to (e) and (b '), the short sides 8a and 8a of the circumferential wall 8 of the case opening 6 in the structure of the packaging set press-cut the short sides of the film cover F by embossing. Therefore, since the film cover F can be easily peeled from the lower part of the tablet A, the replacement operation of the tablet A becomes easier. In addition, since the lid 7 is slid in the longitudinal direction to partially open the opening 6 of the case 5, and the tablets A can be discharged one by one from the carrying case C, the carrying case C is convenient for use.

Thus, in embodiments of the present invention, the packaging set has many advantages, such as being able to exchange tablets by reducing the number of operations in a continuous flow, thus making it easy and quick to change tablets from blister packaging to the carrying case. It is done.

In addition, the original container of the tablet, ie the blister packaging container, can completely seal the tablet and completely protect the quality of the tablet during storage. Moreover, since the tablets can be easily exchanged from the blister packaging container to the carrying case, that is, since the tablets are less exposed to the outside air and are not directly touched by fingers, the quality of the tablets hardly occurs. In addition, in the case of discharging the tablet from the carrying case, since the lid can slide in the longitudinal direction of the case to open the case opening a little, the tablets can be discharged one by one, resulting in convenience in use. In addition, since the film cover of the blister packaging receiver can be simultaneously embossed on the short side facing by the end circumferential wall of the case opening, the film cover is peeled off with a slight movement to remove the tablet under the tablet to be replaced. Can be facilitated.

Although the present invention has been described fully with its preferred embodiments with reference to the accompanying drawings, it should be noted that various changes and modifications are apparent in the art. For example, Figs. 7 (a) to 7 (c) show a deformation of the blister packaging container B of the present invention, which is almost arcuate at the inner edge of the short side of the container flange 3 therein and in the axial direction of the packaging container B. An enlarged portion of the space 20 between the tablet A and the film cover F accommodated in the container 1 and the notches 21, 21 provided with a pair of notches 21, 21, with corresponding portions of the container 1 adjacent to the notches 21, 21 extended outward. Provide gaps 20 ', 20' between. With this variant, the amount of space is increased by the gap 20 'so that the short side of the film cover F is more easily cut by the side of the case 5. 8 and 9 respectively show another variant of vessel 1 of the present invention, wherein the receiver portion 1 'or 1 of the vessel in which Tablet A is housed is an inverted conical frustum with three flanges extending outward from the bottom as shown in FIG. Or a rectangular solid extending parallel from the bottom of flange 3 as shown in FIG. 10 shows a variation of tablet A contained within the blister packaging of the present invention, wherein the tablet A 'inside is smaller in size compared to the height of container 1 and thus a large space between film cover F and tablet A'. Provide 20. Such exchanges and modifications are deemed to be included within the scope of the present invention as defined in the appended claims unless they depart therefrom.

Claims (13)

A package set for temporarily refilling a predetermined amount of solid agent contained in a blister packaging into a case of a carrying case in which a cover is removed from the case, wherein the container for accommodating the solid agent therein and the opening of the container are sealed. A film cover made of a rupturable thin film securely fixed on a flange provided around the opening edge of the container for sealing, the opening corresponding to and slightly equivalent to the substantially rectangular rectangular container opening of quadrilateral A case including a case having a smaller opening, and a cover installed to be detachable on the movable case so as to open and close the case opening formed so that at least one edge of the case opening ruptures the film of the cover by pressing the cover. Use the edges of the sides of the case opening with the cover removed, Pressing the film cover of the packaging container to rupture the film of the portion corresponding to more than three sides of the container opening, the packaging set characterized in that all solids in the container can be replaced at once with the ruptured film behind the container . A package set for solids that can replace all of the prescribed amount of solids contained in a blister packaging with a carrying case without a lid, to discharge all solids from the container to the outside to accommodate all solids therein The packaging container including a container provided with one side with an openable opening, and a film cover made of a rupturable thin film firmly fixed on a flange provided around the opening edge of the container, and all solids exchanged from the container. Slightly smaller openings corresponding to the receptacle portion of the container and the opening form of the container and a lid mounted thereon detachably mounted on the case, moveable to open and close the case opening to discharge solids from the case to the outside, are provided. Assemble the carrying case including the case, and remove the cover to open the sides of the case opening. Pressing the film cover of the packaging using the edges to rupture the film of the portion corresponding to the container opening while one part of the film remains unruptured in the container, leaving the ruptured film behind the container A packaging set that can be replaced with all solids in one case. 3. A packaging set according to claim 2, wherein all the solid agent is formed in a disk shape and continuously filled in the direction along the central axis of the solid material so as to be accommodated in the packaging container while forming a unit of a substantially cylindrical shape. 3. The package set according to claim 2, wherein the receiver portion of the container is formed to include an upper layer of inverted conical frustum extending outwardly from the upper and lower upper surface of the semi-circular shape to the opening of the upper layer. The packaging set according to claim 2, wherein the flange of the container is formed with a kind of edge of a specific butterfly shape in a rigid state so as to easily recognize the opening of the container from the outside of the film cover. 3. The film cover according to claim 2, wherein at least one side of the case opening extends outward higher than the other side of the opening so that the film cover can be easily contacted before other sides that are low enough so that the side is easy to leave without rupturing the film. Packaging set. 7. The package set according to claim 6, wherein two short sides of the case opening extend outwardly higher than the remaining two long sides of the opening. 8. A package set according to claim 7, wherein one short side of the case opening extends outward higher than the other short side. 9. The long side end of the opening according to claim 8, wherein one long side of the opening extends outward higher than the other long side and it is easy to leave the film unruptured on the other side, while the long side end of the opening is easy to collide with the film cover on one side. Packing set with sharp edges The packaging set according to claim 2, wherein the cover is engaged to slide on the case to move on the axis of the case to open and close the case opening. 4. A method according to claim 3, wherein the case is adapted to secure the cover in position for opening the groove for engaging the cover so as to slide the cover in the axial direction of the case and opening the case opening suitable for discharging the solids one by one. Package set provided in the groove. 3. A package set according to claim 2, wherein the film cover is made of aluminum film or glass paper. A packaging set for solids that can refill all of a predetermined amount of solids contained in a blister packaging into a carrying case with the cover removed at a time. Each solid is formed in a disk shape to form a nearly cylindrical unit. On a flange provided around the opening edge of the container to form and accumulate continuously in the direction along the central axis of the solid agent so as to be contained within the packaging container, and to seal and seal the container opening therein. A film cover made of a firmly adherent, rupturable thin film, wherein the opening is substantially rectangular in quadrilateral and extends outwardly from the upper front of the lower and lower semicircular to the opening of the upper. Including a top, and in a rigid state to facilitate the recognition of the position of the container opening from the outside of the film cover A packaging container provided with a container part of the packaging container provided with a flange formed in a kind of edge shape having a predetermined butterfly, and a slightly smaller opening corresponding to the opening of the rectangular container, extending outwardly higher than the remaining two long sides of the opening; Having two short sides of the case opening and one short side of the opening extending outwardly higher than the other short side of the opening so that one side contacts the film cover before the other sides low enough so that the film remains unruptured and easily While one long side of the opening extends higher outward than the other long side of the opening, on the other side the film remains easily unbroken, while in the next year it is sharp at the end of one long side of the opening to facilitate collision with the film cover. The case is provided with corners and at least one edge of the case opening A cover configured to be pressurized on the burr to rupture the film cover and detachably mounted on the case so as to be movable to open and close the case opening, the case being movable to slide the cover in the axial direction of the case. A groove is provided in the groove to fix the cover in the opening of the case opening suitable for discharging the solids one by one, and the cover is moved in the axial direction of the case to open and close the case opening. When assembling the carrying case which is slidably engaged on the case, the film cover of the packaging container is pressed using the side edge of the case opening with the cover removed to rupture the film corresponding to three or more sides of the container opening. The case with all solids in the container leaving a ruptured film behind the container A packaging set that can be exchanged at once.

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