JPS5826925Y2 - Pharmaceutical packaging containers - Google Patents

Description

[Detailed Description of the Invention] The present invention mainly relates to a drug packaging container for storing capsules containing granular drugs, solid drugs, and the like.

A packaging container in which a sealing piece such as aluminum foil is adhered to the opening side of the drug storage part of a packaging body with a part of the drug storage part protruding to one side using a thermoplastic synthetic resin film, etc. is common. be.

In this case, when taking out the drug inside the container, either pressurizes the bottom of the container and crushes the aluminum foil with the pressure of the drug, or separates the aluminum foil from the container, but in the former case, the drug The pressure applied to the aluminum foil presses the aluminum foil and shatters it, but if the aluminum foil is easily shattered, the sealing effect will be lost due to accidental breakage of the aluminum foil during storage, and to prevent this, strong aluminum foil and If this happens, there will be problems such as medicines flying out and falling due to strong pressure, and capsule medicines etc. being crushed due to high pressure.

In the latter case, it is difficult to separate the container of the small object from the aluminum foil, and in order to overcome this difficulty, the adhesive strength of the adhesive between the container and the aluminum foil and the material of the sealing piece must meet various constraints. For example, if the sealing piece is fragile, it will break during peeling, and if it is strongly adhered, the drug may unexpectedly fall out during separation. It was extremely complicated.

The present invention completely eliminates the above-mentioned conventional drawbacks as a container that is easy to handle for drug users, especially the sick and elderly. FIG. 2 is a top perspective view of a single container connected to each other along a perforation line 10 that can be cut, and FIG. 2 is a sectional view of a main part of the single container.

This invention consists of a container 2 that forms a medicine storage part 1 by protruding from the back side of the sheet, a sealing piece 5 adhered to the surface of this container 2 (hereinafter referred to as side piece 3), and a sealing piece 5 attached to the upper surface of this sealing piece 5. This is a drug packaging container having a layered thin piece 8 which is stronger than the thin piece 8.

A cut line 4 that can be easily broken by bending is provided on the substantially outer side of the zone a that extends from one edge of the side piece 3 of the container 2 to the other opposite edge and that crosses the medicine storage part 1. A sealing piece 5 is stacked on the side piece 3, and the end portion of the sealing piece 5 is glued 6 to the outside of each cut line 4, and a sealing piece 5 stronger than the sealing piece 5 is attached to the upper surface of the sealing piece 5. Although the range pieces 8 are stacked, the sealing piece 5 is provided with a cut line 4' which can be broken by bending like the cut line 4 in the same position as the cut line 4 of the side piece 3, and this cut line 4 A thin piece 8 is glued 9 on the outside of the '.

Incidentally, the cut lines 4 can be freely selected to be formed on both the front and back surfaces of the side piece 3, or on either one side, and the cut lines 4, 4' may be perforated with slits formed at regular intervals, They do not have to be installed facing each other, or only one side can be used.

The sealing piece 5 may be adhered to the side piece 3 not only outside the zone a or outside the zone a, but also within the zone a, that is, on the entire surface.

In order to take out the medicine 7 as a stored item from the container 2, pinch the 3 parts of the outer side pieces of the notches 4 and 4', bend the iron part, break the notches 4 and 4', and then One edge of the thin piece 8 is cut off and turned over, but since the sealing piece 5 is not bonded to the thin piece 8 and the zone a, the opening of the drug storage section 1 is closed.

Therefore, when the thin piece 8 is cut out using the sealing piece 5, even if the drug 7 moves up and down inadvertently, the drug 7 is prevented from falling. can be taken out.

In addition, after breaking the cut line in the state diagram shown in Fig. 1, the thin piece 8
Since the container can be separated from other containers at the perforation line 10, opening of other drug storage sections is prevented.

As a next example, in FIG. 4, the sealing piece 5 is bonded to the container 2 over the entire surface of the side piece 3, and even if the cut lines 4, 4' are broken and the thin piece 8 is turned over The sealing piece 5 is designed to maintain the sealing effect of the stored medicine 7. In this case, if a pressing force of arrow A is applied to the protruding side of the medicine storage part 1, the medicine 7 will break through the sealing piece 5 and be released. .

In this case, even if the aluminum is easily crushed so that the user can easily take out the medicine, the thin piece can be separated by simply flipping up the tab at the broken part. It does not cause damage and is extremely effective for sick and elderly people who are unsure of where to go.

Therefore, the sealing effect of the drug storage section 1 is not lost during separation of the thin pieces.

That is, in the present invention, the three pieces, the thin piece 8, the sealing piece 5, and the side piece 3 of the container 2, are integrated from the cut lines 4 and 4' outward by adhesive, and all that is required is to bend the cut lines. When broken, the thin piece 8 can be freely turned over without peeling off from the underlying layer, so even sick and elderly people who are unable to apply sufficient force to their hands and fingers can easily, quickly, and reliably remove the sealing piece 5. Even when the sealing effect is maintained, the work of reversing the thin piece 8 is such that the broken part of the cut line becomes a pick piece and comes into contact with the weak aluminum part. The medicine 7 can be taken out with a small pressure under the container.

Furthermore, it is completely unnecessary to consider the material of the sealing piece 5 and its adhesive strength.

[Brief explanation of the drawing]

Fig. 1 is a top perspective view showing an embodiment of the present invention, Fig. 2 is a sectional view of main parts of the container of the first embodiment, Fig. 3 is a sectional view of the same showing the state of use, and Fig. 4 is a second embodiment. FIG. 5 is a cross-sectional view of the main part of the example container, and FIG. 5 is a cross-sectional view of the same showing the same usage state. 1...Medicine storage unit, 2...Container, 4.
...Incision line, 5...Sealing piece, 8...
...Thin pieces.

Claims (2)

[Scope of utility model registration request] (1) A container 2 with a drug storage part 1 formed by protruding from the back side of the sheet, a sealing piece 5 adhered to the surface of this container 2, and a thinner stronger layer layered on the upper surface of this sealing piece 5. In a medicine packaging container having a piece 8, the medicine packaging container extends from one edge of the container 2 to the opposite edge and has a medicine storage part 1.
The container 2 surface and the sealing piece 5 and the sealing piece 5 outside the zone that crosses the
and the thin piece 8 are bonded together, and the sealing piece 5 and the thin piece 8 in the zone are not bonded, and the surface of the container 2 is in the zone of the non-bonded part along the boundary between the bonded part and the non-bonded part. The sealing piece 5 is provided with a cut line 4 that simultaneously breaks when bent.
By breaking the cut line 4, the thin piece 8 can be turned over freely. (2) The container for drug packaging according to claim (1), in which the sealing piece 5 is adhered to the surface of the container 2 within the zone.