JP2021079076A - Medicament storage container body - Google Patents

Abstract

To provide a medicament storage container body for storing a medicament package which is simplified and can be easily used.SOLUTION: A medicament storage container body 1 for storing a medicament package body in which a plurality of medicament packages in which a medicament is packaged is arranged in a belt-state, comprises: a paper container body 10 comprising a storage container 2 having a storage opening 21 on one end surface and a lid body 3 for closing the storage opening, and having on a side face of the storage container, a slit-shaped take-out hole 12 through which the medicament package body can be drawn; and a paper contact body 40 provided on the slit-shaped take-out hole of the container body. The contact body is formed into a beak shape by extending an outer bevel part 41 in an outer oblique direction of a lower end of the slit-shaped take-out hole, folding a tip end of the outer bevel part for extending a bevel rear surface part 40b on the container body side and then being assembled and engaged to the container body.SELECTED DRAWING: Figure 18

Description

The present invention relates to a medication container that accommodates a drug package in which a plurality of drug packages containing a dispensed drug are continuously arranged in a band shape.

Conventionally, when taking a drug package in which a package of drug packages is continuously arranged in a band shape at a pharmacy or a clinic, it takes time and effort to take the drug package separately from the drug package. In elderly people, it was easy to forget to take the drug when taking it three times in the morning, noon, and evening, and it was easy to make a mistake in taking the drug itself when the drug package was separated. Therefore, there was a drug package that could be separated from the drug package and sorted into boxes that were separated according to the time of administration, but it was easy to take up space and there was a risk that the box itself would be turned over. In addition, there are some that fold a long medicine package and pack it in a box to take it out, but the medicine is easily crushed, and in the case of capsule medicine, it is folded, so it gets caught in the take-out port and is difficult to take out. there were. In addition, in facilities for the elderly such as the LTCF, staff manage the medicines of multiple patients (residents), but managing this medicine in the form of a drug package tends to be complicated, and improvement is required. Was there.

Utility Model Registration No. 3191523

As shown in Patent Document 1 as a prior art, a strip-shaped sheet in which a prescribed drug is packaged is folded and stored in a bellows shape, the edge of the sheet is pulled out from the opening on the upper surface, and the side of the opening on the upper surface is used. There is a "medicine convenience stocker" that fixes the sheet by passing through the two notches, but when passing the sheet through the two notches at the beginning of use, if the sheet contains a thick drug Was inconvenient because it could be difficult to pass through. On the other hand, a strip-shaped sheet containing the drug prescribed in the box is wrapped in a spiral roll shape and stored, the opening is positioned upward or laterally, and the edge of the sheet is pulled out from the opening. In the case of use, when the sheet is pulled out, the rolled band-shaped sheet itself is attracted to the opening side in a rolled state, and when one package is separated and the hand is released from the sheet, the rolled sheet It moved downward due to its own weight, and the edge of the sheet was pulled back into the container from the opening, and the edge of the sheet could not be held the next time it was used, which was very difficult to use.

An object of the present invention is to provide a medication container body for accommodating a simple and easy-to-use drug package.

The medication container body of the present invention is a medication storage container body that houses a drug package in which a plurality of drug packages containing a drug are continuously arranged in a strip shape.
A paper container body having a storage container having a storage opening on one end surface and a lid for closing the storage opening, and a slit-shaped outlet for pulling out the medicine package on the side surface of the container body. And a paper contact body provided at the slit-shaped outlet of the container body.
The contact body extends an outer slope portion from the lower end side of the slit-shaped take-out port in an outward oblique direction on the container body side, and is folded back from the tip of the outer slope portion to reach the container body side. After the portion is extended, it is assembled and locked to the container body to form a beak shape.

In such a medication storage container body, the contact body includes a base portion arranged inside the side surface on which the slit-shaped take-out port of the container body is formed, and the outer slope portion extends from the base portion, and further, the outer slope portion. It is preferable that the back surface of the slope is folded back to form a beak shape, and in such a configuration, a slit-shaped insertion opening is provided below the slit-shaped outlet on the side surface on which the slit-shaped outlet is formed. In addition to being provided, a slit-shaped insertion port is provided in the base portion corresponding to the slit-shaped insertion opening, and the outer slope portion and the back surface portion of the slope are inserted from the inside of the slit-shaped outlet and folded back from the outer slope portion. The insertion projecting piece formed at the tip of the back surface of the slope is inserted into the slit-shaped insertion opening and the slit-shaped insertion port, and the contact body is formed in a beak shape and assembled and locked to the container body.
Further, a bottom member having a pair of inverted V-shaped lateral portions is arranged on the inner bottom surface of the container body, and the medicine package wound in a spiral shape is accommodated between the pair of lateral portions of the bottom member. Is preferable.

In the medication container body of the present invention, the drug package housed in the container body can be smoothly pulled out from the take-out port, so that it is easy to check and take out the drug in the drug package. Further, since the contact body is formed in a beak shape on the lower end side of the slit-shaped take-out port, the drug package can be separated by using this beak shape.

It is a perspective view which shows the reference example 1 of the medicine containing container body. It is a perspective view which shows the storage container which is a container body of Reference Example 1, and a lid body. It is a side view which shows the state which contained the medicine package in the container body of Reference Example 1. FIG. It is a perspective view which shows the reference example 2 of the medicine containing container body. It is a perspective view which shows the storage container of Reference Example 2. FIG. It is a perspective view of the storage container of Reference Example 2. It is a perspective view of the lid body of Reference Example 2. FIG. (A) is a partial front view of the slit-shaped take-out port of Reference Example 2, and (b) is a partial cross-sectional view of an engaging portion between the storage container and the lid of Reference Example 2. It is a perspective view which shows the reference example 3 of the medicine containing container body. It is a side view of the storage container of Reference Example 3. It is a side view of the storage container of another Example of Reference Example 3. It is sectional drawing of the engaging part of the storage container and a lid of Reference Example 3. FIG. It is a perspective view which shows the reference example 4 of the medicine containing container body. It is a side view which shows the state which contained the medicine package in the container body of Reference Example 4. FIG. (A) is a perspective view of the drug package of Reference Example 4, and (b) is a cross-sectional view of the drug package of Reference Example 4. It is a perspective view which shows the reference example 5 of the medicine containing container body. It is sectional drawing of the slit-shaped take-out port 12 of Reference Example 5. FIG. It is a perspective view which shows the Example of the medication container body of this invention. It is sectional drawing of the container body of an Example. It is a development plan view of the part B of an Example. It is a perspective view of the part C of an Example.

Hereinafter, a reference example of the medication container body and an embodiment of the medication storage container body of the present invention will be described in detail with reference to the drawings. 1 to 15 are reference examples of the medication container body. In the figure, 1 is a medication storage container body, 10 is a container body, 2 is a storage container, 3 is a lid body, 4 is a relapse prevention means, and 5 is a medicine. It is a container. As shown in FIG. 10, the medication container body 1 stores the drug package 5 in which the drug packages 50, 50, 50, ... In which the drug is packaged are continuously arranged in a plurality of bands. , It is formed of a container body 10 including a storage container 2 and a lid 3. The medication container body 1 is made of plastic, paper, or the like.

(Reference Example 1) As shown in FIGS. 1 to 3, on one end surface of the storage container 2 of the container body 10 of Reference Example 1, a storage opening 21 for storing the medicine package 5 in the storage container 2 is provided. It is formed. The lid 3 closes the storage opening 21, and the peripheral edge 31b of the opening 31 of the lid 3 is engaged with the peripheral edge 21a of the storage opening 21 of the storage container 2 to be closed.

A slit-shaped take-out port 12 is provided on the side surface 11 of the container body 10 so that the tip of the medicine package 5 housed in the container body 2 can be pulled out. The slit-shaped take-out port 12 is composed of an take-out port 12a provided on the side surface 11a of the storage container 2 and an take-out port 12b similarly provided on the side surface 11b of the lid 3. The take-out port 12a and the take-out port 12b in which the lid 3 is engaged are integrated to form a slit-shaped take-out port 12, and the medicine package 5 housed in the container body 2 is pulled out. It is possible. The opening width of the slit-shaped take-out port 12 in the lateral direction may be equal to or greater than the thickness of the drug package 50 in which the drug of the drug package 5 is packaged, and may be at least 15 to 18 mm from the thickness of the drug, for example. The opening width of the slit-shaped take-out port 12 in the longitudinal direction may be substantially the same as the width of the medicine package 5, and is about 70 mm of the width of a general medicine package 5. It should be.

The container body 10 is provided with a reverse return preventing means 4 for preventing the pulled out drug package 5 from returning to the inside of the container body 10 from the slit-shaped take-out port 22. The medicine package 5 pulled out from the slit-shaped take-out port 12 exerts a force to return to the inside of the container body 10 due to its own weight or the like of the housed medicine package 5, but the back-back prevention means 4 becomes larger than that force. It is formed as such, and is formed by a contact body 40 that comes into contact with the drug package 5 without sandwiching the drug package 5, that is, without restraining the drug package 5.

The contact body 40, which is the reversion prevention means 4 of Reference Example 1, has an outer slope portion 41 extending diagonally outward from one end in the longitudinal direction of the slit-shaped take-out port 12 and away from the slit-shaped take-out port 12. It extends continuously from the outer slope portion 41 into the container main body 10 and becomes an inner slope portion 42. The total length of the contact body 40 including the outer slope portion 41 and the inner slope portion 42 may be provided so as to be equal to or longer than the length of 50 minutes of one medicine package of the medicine package 5. is there. By setting this length, the medicine package 5 pulled out from the slit-shaped take-out port 22 is not returned to the inside of the container body 10. That is, when the drug package 5 comes into contact with the contact body 40, the tip portion of the drug package 5 resists the force of being pulled back by the weight of the drug package 5 located in the container body 10 or the like. It keeps it pulled out.

When the storage container 2 and the lid 3 are engaged, the outer slope portion 41 of the contact body 40 is formed by the outer slope portion 41a of the storage container 2 and the outer slope portion 41b of the lid body 3, and similarly. The inner slope portion 42 is formed by the inner slope portion 42a of the storage container 2 and the inner slope portion 42b of the lid body 3, and the contact body 40 is the contact body 40a of the storage container 2 and the lid body 3. It will be composed of the contact body 40b.

An arcuate tip 43 having a cylindrical shape is provided at the tip of the inner slope 42 of the contact body 40 in the container body 10, and the drug package 5 is pulled out without damaging the drug package 5. It is possible to prevent the bag itself of the medicine package 50 from being torn. The opening distance between the end of the slit-shaped take-out port 12 and the inner slope portion 42 or the tip portion 43 may be equal to or greater than the thickness of the medicine package 50 containing the medicine of the medicine package 5, for example, the thickness of the medicine. Therefore, it may be 15 to 18 mm.

Since the tip portion 43 of the inner slope portion 42 is formed in a state of projecting into the container body 10, the drug package is spirally wound and housed in the container body 10 as shown in FIG. It serves as a contact portion that separates the drug package 5a drawn from 5 (indicated by the alternate long and short dash line) toward the slit-shaped take-out port 12 and the wound drug package 5, and when the drug package 5 is pulled out, this is a contact portion. The drug package 5 wound by the tip portion 43 is pushed back and pulled out, and the wound drug package 5 can be reliably separated. Therefore, the spiral medicine package 5 attracted in the direction of the slit-shaped take-out port 12 is pushed back, and at the same time, moves downward by the weight of the medicine package 5, and after separating the medicine package 50 from the medicine package 5, the medicine is used. Even if the hand is released from the package 5, the force such as the weight of the drug package 5 itself does not work, and the pulled out drug package 5 is the contact body 40, that is, the outer slope portion 41, the inner slope portion 42, By coming into contact with the tip portion 43, the drug package 5 is not pulled back into the container body 10, but is kept in a pulled out state.

That is, the tip portion 43 of the inner slope portion 42 is a reversal that separates the medicine package 5a drawn from the spirally wound medicine package 5 toward the slit-shaped outlet 12 and the wound medicine package 5. It is a xenolith that functions as a preventive measure.

A plurality of small protrusions 44 are formed on the surface of the tip end portion or the vicinity thereof of the outer slope portion 41 of the contact body 40 at intervals in the longitudinal and lateral directions. When separating one medicine package 50 from the drawn medicine package 5, the perforation 51 between the medicine packages 50 and 50 is aligned with the tip of the outer slope portion 41, and when the medicine package 50 is separated, the medicine package 50 is separated in the lateral direction. It is hard to slip and the medicine package 50 can be easily separated. Specifically, for example, the small protrusions 4 are formed in a mountain shape having a width of 2 mm and a height of 2 mm at intervals of 4 mm with roundness. An elastic body such as a rubber material may be used as a non-slip material.

The contact body 40 itself protrudes outward from the container body 10 and is formed in a so-called beak shape, and a dent portion 40a is formed on the opposite side of the outer slope portion 41. When pressing the medicine package 5 against the outer slope portion 41 with the fingers of the hand, the medicine package 50 can be stably separated by hooking another finger on the dented portion 40a on the opposite side. Is possible.

(Reference Example 2) As shown in FIGS. 4 to 8, the container body 10 of Reference Example 2 includes a storage container 2 and a lid 3 as in Reference Example 1. A storage opening 21 for storing the medicine package 5 in the storage container 2 is formed on one end surface of the storage container 2 of the container body 10. The lid 3 closes the storage opening 21, and the peripheral edge 21a of the storage opening 21 of the storage container 2 is closed by engaging the peripheral edge 31b of the opening 31 of the lid 3. A slit-shaped take-out port 12 is provided on the side surface 11 of the container body 10, and is composed of an take-out port 12a provided on the side surface of the storage container 2 and an take-out port 12b provided on the side surface of the lid 3. The take-out port 12a and the take-out port 12b in which the storage container 2 and the lid 3 are engaged are integrated to form a slit-shaped take-out port 12, which is housed in the container body 2. It is possible to pull out the medicine package 5 that is present.

The contact body 40 of the reversion prevention means 4 of Reference Example 2 is provided with an outer slope portion 41 extending in a direction diagonally outward from one end in the longitudinal direction of the slit-shaped take-out port 12 and in a direction away from the slit-shaped take-out port 12. An inner slope portion 42a extending continuously from the outer slope portion 41 into the container body 10 is provided. A curved tip portion 43a is formed at the tip of the inner slope portion 42a, and the curved tip portion 43a has the same function as the tip portion 43 of Reference Example 1. Further, if the length of the contact body 40, that is, the length of the outer slope portion 41 and the inner slope portion 42 is provided so as to be equal to or longer than the length of one medicine package 50 minutes of the medicine package 5. It's a good one.

When the storage container 2 and the lid 3 are engaged, the outer slope portion 41 of the contact body 40 is composed of the outer slope portion 41a of the storage container 2 and the outer slope portion 41b of the lid body 3, and similarly. The inner slope portion 42 is composed of the inner slope portion 42a of the storage container 2 and the inner slope portion 43b of the lid 3, and the curved tip portion 43a is the curved tip portion 43aa of the inner slope portion 42a. And the curved tip portion 43b of the inner slope portion 41b, and the contact body 40 is composed of the contact body 40a of the storage container 2 and the contact body 40b of the lid body 3.

A columnar portion 43s is provided so as to project from the accommodating opening 21 side of the curved tip portion 43aa of the accommodating container 2, and a locking hole 43t is provided in an arc shape on the opening 31 side of the curved tip portion 43b. There is. When the lid 3 is engaged with the storage container 2 so as to close the storage opening 21 of the storage container 2, the columnar portion 43s of the curved tip portion 43aa is inserted into the locking hole 43t of the curved tip portion 43b to engage. It fits and stabilizes the engaged state as a whole.

A recess 421 is provided on the inner slope portion 42 of the container body 1. Since the drawn medicine package 5 follows the shape of the recess of the recess 421, the contact length of the medicine package 5 with the contact body 40 increases, and the force of pulling back into the container body 10 is resisted. Furthermore, the drug package 5 is not pulled back.

Constrictions 46, 46 in contact with both lateral ends of the drug package 5 are provided on the inner surfaces of the storage container 2 and the lid 3 near both ends of the slit-shaped take-out port 12, and FIG. 8 (a) shows. As described above, the width s between the narrowed portions 46, 46 is formed to be narrower than the lateral width of the drug packaging body 5, and when both ends of the lateral width of the drug packaging body 5 come into contact with the narrowed portions 46, 46, the drug. The drug package 5 is not pulled back against the force of pulling the package 5 back into the container body 10.

FIG. 8B is a partial cross-sectional view of an engaging portion between the storage container 2 and the lid 3 of Reference Example 2, in which a step peripheral portion 22 is provided on the peripheral edge portion 21a of the storage opening 21 of the storage container 2. The peripheral edge portion 31b of the lid 3 is engaged with the step peripheral portion 22, and the storage container 2 and the lid 3 are engaged. Then, an engaging protrusion 23a is provided on the outer surface of one side of the step peripheral portion 22 on which the outer slope portion 41 is provided, and the lid 3 is provided so as to match the position where the engaging protrusion 23a is provided. An engaging recess 33b is provided on the inner surface of the peripheral edge portion 31b. When the storage container 2 and the lid 3 are engaged with each other, as shown in FIG. 8B, the engaging protrusion 23a and the engaging convex portion 33b are engaged with each other, and the storage container 2 and the lid 3 are engaged. It will prevent the lid from coming off. Further, the engaging protrusion 23a and the engaging convex portion 33b are provided with a side on the opposite side where the outer slope portion 41 is provided, so that the engaging protrusion portion 23a and the engaging convex portion 33b are further prevented from coming off.

The contact body 40 may be composed of only the outer slope portion 41 without providing the inner slope portion 42. In that case, as described above, the length of the outer slope portion 41 is the medicine package. The length of one medicine package of 5 may be equal to or longer than the length of 50 minutes. In this case, if a narrowed portion 46 provided in the vicinity of the slit-shaped take-out port 12 and in contact with at least one lateral end portion of the drug package 5 is provided, the effect of the reversion preventing means 4 is further enhanced.

(Reference Example 3) As shown in FIGS. 9 and 10, the contact body 40 of the reversion prevention means 4 of Reference Example 3 is obliquely outward from one end in the longitudinal direction of the slit-shaped outlet 12 and the slit-shaped outlet 12. It is formed by an outer slope portion 41 extending in a more distant direction and an inner slope portion 42a extending from the outer slope portion 41 into the container main body 10 and facing the slit-shaped take-out port 12 at a distance. A curved tip portion 43a is formed at the tip of the inner slope portion 42a, and the curved tip portion 43a has the same function as the tip portion 43 of Reference Example 1. Further, it is preferable that the length of the contact body 40, that is, the length of the outer slope portion 41 and the inner slope portion 42 is at least the length of the medicine package 50 corresponding to one of the medicine package 5.

Since the contact length with the drug package 5 to be pulled out from the inner slope portion 42 of the contact body 40 of Reference Example 3 is increased, the function of preventing reversion can be further strengthened. Further, since the inner slope portion 42 is formed to face the slit-shaped take-out port 12, the direction of the medicine package 5 located on the outer slope portion 41 changes at the inner slope portion 42a, and the medicine package 5 is placed in the container. The drug package 5 is less likely to be pulled back against the force of pulling it back into the body 10.

FIG. 11 is another embodiment of Reference Example 3, in which the recess 421 is provided on the inner slope portion 42 of the contact body 40. Since the drawn medicine package 5 follows the shape of the recess of the recess 421, the contact length of the medicine package 5 with the contact body 40 increases, and the force of pulling back into the container body 10 is resisted. Furthermore, the drug package 5 is not pulled back.

As shown in FIG. 11, a core body 13 around which the medicine package 5 housed in the container body 10 is wound may be provided between the storage container 2 and the lid 3 in the central portion of the container body, and the medicine may be provided. The packaging body 5 is easily housed in the container body 10. The core body 13 itself may be removable.

FIG. 12 is a partial cross-sectional view of the engaging portion between the storage container 2 and the lid 3, and there is a step between the peripheral edge 21a of the storage opening 21 of the storage container 2 and the peripheral edge 31b of the opening 31 of the lid 3. The peripheral portions 22 and 32 are formed, and the step peripheral portions 22 and 32 are engaged with each other so that the storage container 2 and the lid 3 are engaged with each other. Then, an engaging concave portion 23 and an engaging convex portion 33 are formed on one side of the step peripheral portions 22 and 32, and the engaging concave portion 23 and the engaging convex portion 33 engage with each other to form a storage container 2 and a lid. It prevents the 3 from coming off. The engaging concave portion 23 and the engaging convex portion 33 are also provided on the side opposite to the side on which the step peripheral portions 22 and 32 are provided.

As shown in FIGS. 9 and 10, outside the peripheral edge portion 21a of the accommodating container 2 accommodating opening 21 and the peripheral edge portion 31b of the accommodating opening 31 of the lid 3 in which the engaging concave portion 23 and the engaging convex portion 33 are formed, Protruding portions 6 and 6 that are displaced in the circumferential direction and are close to each other are formed. The protrusions 6 and 6 are formed on a side different from the side on which the engaging concave portion 23 and the engaging convex portion 33 are formed, and when the storage container 2 and the lid 3 are disengaged, the protrusions 6 and 6 are formed. By applying a force in the opposite direction to the protrusions 6 and 6 with a finger, it is easy to disengage the engagement state between the storage container 2 and the lid 3. If the protrusions 6 and 6 are not provided, a finger may be hooked on the opening portion of the slit-shaped take-out port 12 to disengage the engaged state.

(Reference Example 4) As shown in FIGS. 13 and 14, in Reference Example 4, the contact body 4 of the reversion prevention means 4 is placed in the container body 10 at a predetermined distance from the inner surface of the side surface of the container body 10. It is a contact support rod 45 provided between the inner surface of the storage container 2 and the lid 3 in the longitudinal direction of the slit-shaped take-out port 12. As shown in FIG. 14, the contact support rod 45 is formed in the vicinity of the slit-shaped take-out port 12 on the extension line inward of the outer slope portion 41, and together with the outer slope portion 41, is formed as a medicine package. 5 (indicated by the alternate long and short dash line) functions so as not to be pulled back into the container body 10. A plurality of contact support rods 45 may be provided as shown in FIG. 14, and in that case, the contact support rods 45a and 45b are arranged so as to cooperate with each other, and the length of the contact portion in the medicine package 5 is increased. Is better.

Then, the contact support slit 45 itself corresponds to the tip portions 43, 43a of the contact body 4 described in Reference Examples 1, 2, and 3 described above, and is wound and accommodated in a spiral shape in the container body 10. It serves as a contact portion that separates the medicine package 5a that is pulled out from the medicine package 5 that is being drawn toward the slit-shaped outlet 12, and the medicine package 5 that is wound around the medicine package 5, and is pulled out when the medicine package 5 is pulled out. The package 5 and the wound drug package 5 can be reliably separated. That is, the contact support rod 45 also has the same function as the tip portions 43, 43a of Reference Examples 1, 2, and 3.

The drug package 5 will be described with reference to FIGS. 15 (a) and 15 (b). The drug package 5 is formed by arranging a plurality of drug packages 50, 50, which are packaged with several kinds of drugs, in succession in a plurality of bands. The drug package 5 is produced by a packaging device that automatically packages the drug into one package. The medicine package 5 is crimped around the medicine package 50 by a crimping portion 52, and a perforation 51 is formed between the medicine package 50 and the medicine package 50. It can be separated.

As shown in FIG. 15B, before the medicine package 50 is sealed by the crimping portion 52, one end is bag-shaped and the other end is open, and the open end 53 is crimped. Then, the crimping portion 52 is formed so that the drug is contained in the medicine bag 50. At that time, there is a portion without a crimping portion on the outer portion of the end portion 53.

(Reference Example 5) As shown in FIGS. 16 and 17, in Reference Example 5, the contact body 4 of the reversion prevention means 4 is provided near the inside of the slit-shaped take-out port 12 in the container body 10, and is a medicine package. It is formed by a narrowed portion 46 in contact with both lateral ends in the width direction of 5. In Reference Example 4, the narrowed portions 46 are provided on both sides of the slit-shaped take-out port 12, but may be provided on only one side. As shown in FIG. 17, the width s between the narrowed portions 46, 46 is formed to be narrower than the lateral width of the drug packaging body 5, and both ends of the lateral width of the drug packaging body 5 come into contact with the narrowed portions 46, 46. Therefore, the drug package 5 is not pulled back against the force of pulling the drug package 5 back into the container body 10. Since the outer slope portion 41 is formed, the drug package 5 is not further pulled back. Since the narrowed portion 46 is located in the container body 10, it can be a contact portion that separates the drug package 5a drawn out toward the slit-shaped outlet 12 and the wound drug package 5.

Specifically, for example, when the length of the drug package 5 in the width direction is 70 mm, the width s between the narrowed portions 46 and 46 may be 68 mm, as described above. Since the open end 53 of the drug package 5 shown in FIG. 15 (b) is 5 mm and is in a free state, both lateral ends of the drug package 5 are in the narrowed portions 46, 46. Even if they come into contact with each other, there is room to move freely, and the drug package 5 can be pulled out without difficulty, and with the drug package 5 pulled out, both ends of the width of the drug package 5 come into contact with the narrowed portions 46, 46. Therefore, it can be held in the container body 10 without being pulled back.

(Example) As shown in FIGS. 18 to 21, examples of the medication container body of the present invention will be described. The embodiment is made of paper, is made of cardboard or corrugated cardboard, and is made of paper. Therefore, the container body 10 is formed by razor processing or cutting with a mold in the developed drawing to be assembled, bending or pasting the ends together. It can be assembled and formed, and can be produced at low cost.

The embodiment is formed by assembling the component A which is the container body 10 and the component B which is the contact body 4. The portion A is formed in a box shape, a storage opening 21 of the storage container 2 is formed on the upper surface thereof, and a lid 3 is integrally extended on one side of the peripheral edge portion 21a of the storage opening 21. ..

The lid 3 is formed so as to close the storage opening 21 of the storage container 2, and extends so that the insertion portion 3a can be bent on the side opposite to the side of the peripheral edge portion 21a of the integrally formed storage opening 21. The insertion portion 3a is inserted into the inside of the storage opening 21 and locked when the lid 3 closes the storage opening 21. Further, a lid auxiliary portion 3b is formed on a side adjacent to the side of the peripheral edge portion 21a of the storage opening 21 provided with the lid body 3. When the lid 3 closes the storage opening 21, the lid auxiliary portion 3b is bent before the lid 3 and is located inside the lid 3. Further, in the embodiment, the lid auxiliary portion 3b is one, but it may be provided on another side of the peripheral edge portion 21a of the storage opening 21. A notch 21b is provided in the peripheral edge 21a of the storage opening 21 on the opposite side where the lid 3 is provided so that the closed lid 3 can be easily opened. The lid auxiliary portion 3b is lifted and opened with a finger.

As shown in FIG. 20, the component B to be the contact body 4 is made of a paper sheet that is unfolded into one sheet, is folded along the bending line X, and is folded along the bending line X, and is stored in the storage container 2 as shown in FIGS. It is attached to the inside and outside of the slit-shaped take-out port 12.

The component B to be the contact body 4 includes an outer slope portion 41, a slope back surface portion 40b extending from the outer slope portion 41 and having a projecting piece B2 inserted at the tip, and a side opposite to the slope back surface portion 40b from the outer slope portion 41. A base portion B1 having a slit-shaped insertion port B3 (which constitutes a slit-shaped insertion through port) is provided. Narrowed portions 46, 46 that are bendable and have different lengths are extended on both sides of the base portion B1. The difference in length is that when the part B is attached to the part A, one of the parts B is shortened so as not to interfere with the insertion portion 3a when the lid 3 is closed. Then, the insertion protrusion B2 is inserted into the slit-shaped insertion port B3 (slit-shaped insertion through port) at the time of assembly and locked.

In order to incorporate and mount this component B in the component A, first, the outer slope portion 41 and the slope back surface portion 40b are inserted from the inside to the outside of the slit-shaped take-out port 12, and the base portion B1 becomes the component A. It is arranged in close contact with the inside of the side surface 11 of the container body 2, the back surface portion 40b of the slope is bent to form a beak shape with the outer slope portion 41, and the insertion protrusion B2 of the back surface portion 40b of the slope is inserted into the container body 2. The slit-shaped insertion port 110 formed on the side surface 11 and the slit-shaped insertion port B3 (slit-shaped insertion through hole) of the base portion B1 are simultaneously inserted and locked, and the component B is attached to the component A. .. Then, the narrowed portions 46, 46 formed on both sides of the base portion B1 are arranged inside the container body 10 of the component A. The narrowed portions 46, 46 are located inside the slit-shaped outlet 12, so that the space between the narrowed portions 46, 46 is smaller than the lateral width of the drug packaging body 5 and is in contact with both lateral end portions of the drug packaging body 5. Is what becomes.

As shown in FIG. 19, the tip of the insertion projectile B2, which is inserted into the container body 10 and protrudes inward, comes into contact with the spirally wound drug package 5, and is wound with the pulled out drug package 5. It can be separated from the xenolithic drug package 5, and is a means for preventing reversion. Then, in combination with the outer slope portion 41 located on the outside of the container body 10, it serves as a reversion prevention means. When the drug package 5 (indicated by the alternate long and short dash line) spirally wound in the direction opposite to that in FIGS. 3 and 14 is housed in the container body 10, the xenolith B2 protruding inward becomes the more drug. It comes into contact with the packaging body 5, and is more effective in preventing reversion. Also,
If the insertion projectile B2 is made relatively long, the effect of preventing reversion becomes greater.

As shown in FIG. 19, the component C shown in FIG. 21 is installed inside the component A below the component A, and lateral portions C2 and C2 having an inverted V shape are formed on both sides of the bottom surface C1. Is what it is. In the component C arranged in the component A, the inner portions C3 and C3 of the lateral portion C2 are diagonally arranged inside the corner portion in the container body 10 which is the component A, and the medicine is swirled around. The container 5 (indicated by the alternate long and short dash line) follows the arcuate shape of the outer shape and is smoothly pulled out. It should be noted that those having the same function may be applied to the above-described embodiment.

As shown in FIGS. 18 and 19, the outer slope portion 41 is formed in a substantially straight line, but the tip portion may be configured to warp upward, and in that case, from the drug packaging body 5. When the medicine package 50 is separated, the perforation 51 of the medicine package 5 can be easily aligned with the tip thereof, so that the medicine package 50 can be easily separated. Further, a thin plate-shaped member may be attached to the upper surface of the tip end portion of the outer slope portion 41. In that case, if the perforation 51 is aligned with the tip end of the plate-shaped member, the separation is similarly easy. The tip of the plate-shaped member may have a jagged blade shape. That is, the plate-shaped member serves as a cutting aid. Further, by changing the color of the plate-shaped member itself, the plurality of container bodies 10 can be color-coded, for example, in the morning, day and night.

As described above, the reversion prevention means of the medication container body is a drug without restraining the drug package so as to be greater than the force for returning the drug package pulled out from the slit-shaped outlet to the body of the drug storage container. A contact body in contact with the package, a drug package that is pulled out from the drug package housed in the storage container body toward the slit-shaped outlet, and a drug package housed in the storage container body. It may be an embodiment having a contact body separated from the above. That is, it is more effective if a contact body in contact with the medicine package of the medication container body and a contact body for separating the medicine package are provided.

The state in which the medication container body 1 is used is as shown in FIGS. 1, 4 and 18, even if the slit-shaped outlet 12 is placed in the lateral position and used, as shown in FIGS. 9 and 13. As described above, the slit-shaped take-out port 12 may be placed so as to be in an upper position and used, and can be used so that the user can easily use it. The medicine package 5 housed in the medicine storage container 1 may be wound in a spiral shape or may be stored in a folded state. A cover body designed with an animal or a character may be attached to the medication storage container body 1, and in that case, the child will be familiar with the medicine and the medicine will be taken by himself / herself. In addition, a storage space for storing the "medicine notebook" may be formed on the side surface of the medication storage container 1. Although not shown, the medicines to be taken in the morning, day and night may be separately stored so that the medicine storage containers 1 can be connected to each other.

1 Medication storage container body 10 Container body 11 Side of container body 12 Extraction port 2 Storage container 21 Storage opening 3 Lid body 31 Opening 4 Reverse prevention means 40 Contact body 5 Medicine package body 50 Medicine package

The medication container of the present invention is a medication container for accommodating a drug package in which a plurality of drug packages containing a drug are continuously arranged in a strip shape.
A paper container body having a storage container having a storage opening on one end surface and a lid for closing the storage opening, and a slit-shaped outlet for pulling out the medicine package on the side surface of the container body. And a paper contact body provided at the slit-shaped outlet of the container body.
The contact body includes a base portion, an outer inclined portion, and a back surface portion of the slope, the base portion is arranged inside the side surface of the container body in which the slit-shaped take-out port is formed, and the outer inclined surface is the slit. It extends from the lower end side of the shape take-out port in the outward diagonal direction on the container body side, and the back surface portion of the slope is folded back from the outer slope portion.
A slit-shaped insertion port is provided below the slit-shaped outlet on the side surface on which the slit-shaped outlet is formed, and a slit-shaped insertion through port is provided in the base portion corresponding to the slit-shaped insertion port. Is provided,
The outer slope portion and the back surface portion of the slope are inserted from the inside of the slit-shaped take-out port, and the insertion protrusion formed at the tip of the back surface portion of the slope folded back from the outer slope portion is formed into the slit shape. It is characterized in that it is inserted into the insertion port and the slit-shaped insertion through port, the contact body is formed in a beak shape, and the contact body is assembled and locked to the container body.
Further, the other medication container of the present invention is a medication container for accommodating a drug package in which a drug package containing a drug is continuously arranged in a plurality of bands.
A paper container body having a storage container having a storage opening on one end surface and a lid for closing the storage opening, and a slit-shaped outlet for pulling out the medicine package on the side surface of the container body. And a paper contact body provided at the slit-shaped outlet of the container body.
The contact body includes a base portion, an outer inclined portion, and a back surface portion of the slope, the base portion is arranged inside the side surface of the container body in which the slit-shaped take-out port is formed, and the outer inclined surface is the slit. The contact body extends from the lower end side of the shape take-out port in the outward oblique direction on the container body side, the back surface portion of the slope is folded back from the outer slope portion, and the back surface portion of the slope is assembled and locked to the container body. It is formed in the shape of a beak and
Further, a pair of foldable constrictions are extended on both sides of the base portion of the contact body, and the pair of bent constrictions are arranged inside the container body.

According to the medication container body of the present invention, the drug package contained in the container body can be smoothly pulled out from the take-out port, so that it is easy to check and take out the drug in the drug package. Further, since the contact body is formed in a beak shape on the lower end side of the slit-shaped take-out port, the drug package can be separated by using this beak shape. In addition, a slit-shaped insertion opening is provided below the slit-shaped outlet on the side surface of the container body, and a slit-shaped insertion opening is provided in the base portion corresponding to the slit-shaped insertion opening. By inserting the insertion piece of the back surface portion of the slope folded back from the outer slope portion into the slit-shaped insertion opening and the slit-shaped insertion port, the contact body can be formed into a beak shape and assembled and locked to the container body.
Further, according to the other medication storage container body of the present invention, since the bottom member having a pair of inverted V-shaped horizontal portions is arranged on the inner bottom surface of the container body, the pair of horizontal portions are spirally involved. It follows the arc shape of the outer shape of the medicine package, and the medicine package can be pulled out smoothly.

Claims (5)

It is a medication container that houses a drug package in which a plurality of drug packages containing a drug are continuously arranged in a band shape.
A paper container body having a storage container having a storage opening on one end surface and a lid for closing the storage opening, and a slit-shaped outlet for pulling out the medicine package on the side surface of the container body. And a paper contact body provided at the slit-shaped outlet of the container body.
The contact body extends an outer slope portion from the lower end side of the slit-shaped take-out port in an outward oblique direction on the container body side, and is folded back from the tip of the outer slope portion to reach the container body side. A medication storage container body characterized in that after the portion is extended, it is assembled and locked to the container body to form a beak shape. The contact body includes a base portion arranged inside the side surface of the container body in which the slit-shaped take-out port is formed, the outer slope portion extends from the base portion, and the slope portion further extends from the outer slope portion. The back side is folded back to form a beak shape,
A slit-shaped insertion port is provided below the slit-shaped outlet on the side surface on which the slit-shaped outlet is formed, and a slit-shaped insertion through port is provided in the base portion corresponding to the slit-shaped insertion port. Is provided,
The outer slope portion and the back surface portion of the slope are inserted from the inside of the slit-shaped take-out port, and the insertion protrusion formed at the tip of the back surface portion of the slope folded back from the outer slope portion is formed into the slit shape. The medication storage container body according to claim 1, wherein the contact body is formed into a beak shape and assembled and locked to the container body by inserting the contact body into the insertion port and the slit-shaped insertion through port. The claim is characterized in that the insertion projecting piece provided on the back surface portion of the slope of the contact body acts on the medicine package wound in a spiral shape and functions as a reversion prevention means for preventing the reversion. The medication storage container body according to 2. 2. The present invention is characterized in that a pair of foldable constrictions are extended on both sides of the base portion of the contact body, and the pair of bent constrictions are arranged inside the container body. The medication storage container body according to 3. A bottom member having a pair of inverted V-shaped lateral portions is arranged on the inner bottom surface of the container body, and the swirl-wound drug package is housed between the pair of lateral portions of the bottom member. The medication storage container according to any one of claims 1 to 3.

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