WO2010010866A1

WO2010010866A1 - Medicine container

Info

Publication number: WO2010010866A1
Application number: PCT/JP2009/063043
Authority: WO
Inventors: 修司盛本; 豊作間
Original assignee: 株式会社モリモト医薬
Priority date: 2008-07-22
Filing date: 2009-07-21
Publication date: 2010-01-28
Also published as: JP2011200261A

Abstract

Provided is a medicine container, which is easy for an opening operation at the time of taking a medicine and which prevents a granular medicine from remaining in the container so that the granular medicine can be easily taken in a substantially whole quantity. The medicine container is provided with a granule container (3), a swallow aiding substance container (4), an introduction passage (8) and an easily openable portion (9). A granular medicine (6) is contained in the granule container (3). A swallow aiding substance (7) is contained in the swallow aiding substance container (4). The introduction passage (8) causes the granule container (3) and the swallow aiding substance container (4) to communicate with each other. The easily openable portion (9) seals the introduction passage (8) openably. The width of the introduction passage (8) is made narrower than the maximum width of the granule container (3). The width of the granule container (3) decreases gradually toward the introduction passage (8), so that the two width edges of the granule container (3) are directly connected to the introduction passage (8).

Description

Clothing container

The present invention relates to a dose container for taking powdered and granular powdered articles with swallowing aids, and more particularly, the opening operation at the time of taking is easy, and the powdered dosage form is contained in the container. The present invention relates to an article storage container which can be easily taken in substantially the entire amount of the powdered granular article.

In the case of pharmaceuticals to be administered orally, for example, when taking a powdered granular product such as a powder or granule, it is generally swallowed using water. However, since this powdered powder is swallowed by swallowing water once it is received on the tongue, there is a problem that a part of the powder remains in the mouth forever and is irritated by medicinal ingredients and fluidity Because it is taken with high water, there are problems such as being unable to take it lying down.

Conventionally, in order to solve the above problems and facilitate the swallowing and handling of the powdered dose, for example, as shown in FIG. 10, the powdered dose (51) and the swallowing aid (52) are separated from each other. An article storage container (50) that is hermetically sealed in each of the storage chambers (53, 54) has been proposed (see, for example, Patent Document 1, hereinafter referred to as the prior art).

In other words, the above-mentioned dose storage container (50) is a powder for holding a powdered dose (51) between two sheets (55, 55) by laminating the periphery of two sheets (55) superimposed on each other. The granule accommodating chamber (53) and the swallowing assisting substance accommodating chamber (54) that accommodates the swallowing assisting substance (52) are formed in a tightly packed form with respect to the external space. Between this granular material storage chamber (53) and the swallowing auxiliary substance storage chamber (54), for example, an easy opening part such as a weak seal part (56) is partitioned so that it can be opened, and the granular material storage room A notch (57) is formed on the side of (53).

The powdered granular article (51) accommodated in the above-mentioned article storage container (50) is taken in the following procedure.
First, the swallowing auxiliary substance storage chamber (54) is pressed to increase its internal pressure, and the weak seal portion (56) is spread and peeled off by the pressure. Next, the swallowing auxiliary substance (52) is caused to flow into the granular material storage chamber (53), and the swallowing auxiliary substance (52) is moved by pressing various parts from the outside. ) And the above-mentioned powdered granular material (51). Thereafter, the sheet (55) is broken in a state of traversing the powder and particle storage chamber (53) from the cut portion (57), and the outlet (58 ) And the mixture of the swallowing aid (52) and the above-mentioned powdered dose (51) is taken out from the mouth of the user.

Japanese Patent Laid-Open No. 10-234820

The conventional container for receiving clothes (50) is advantageous in that it can be taken even when water is not at hand, and the powdered article (51) can be swallowed easily.
However, in this prior art, the granular material storage chamber (53) and the swallowing auxiliary substance storage chamber (54) are simply partitioned, and the weak seal portion (with the same width as the granular material storage chamber (53) ( 56). Since this granular material storage chamber (53) is formed to have a wide width of, for example, 10 mm or more in order to fill the granular material (51), the above weak seal portion (56) is also formed to have this wide width. As a result, when the weak seal portion (56) is opened, only a part is peeled off, and the remaining portion is not easily peeled off. That is, when the swallowing auxiliary substance storage chamber (54) is pressed to increase the internal pressure and the weak seal portion (56) is expanded, a part of it peels and communicates with the granular material storage chamber (53). As shown in FIG. 10, a part of the swallowing auxiliary substance (52) flows into the granular material storage chamber (53), and the internal pressure of the swallowing auxiliary substance storage chamber (54) decreases. As a result, the weak seal portion (56) cannot be pushed after that, and the remaining portion remains without being peeled off. In this state, when the swallowing auxiliary substance (52) is allowed to flow into the granule accommodating chamber (53), the swallowing assisting substance (52) reaches the corner of the granule accommodating chamber (53), for example, at the corner. There is a problem that cannot be spread.

In addition, when the above-described easy-opening portion is configured by other means such as a clip, it can be opened over the entire width, but in this case as well, the swallowing auxiliary substance storage chamber (54) and the powder particles Since the body accommodation chamber (53) communicates with the wide communication passage, the swallowing auxiliary substance (52) passes through only a part of the communication passage, and the corner of the granular material accommodation chamber (53) is obtained. There is a problem that can't reach everywhere.

For this reason, in the above-described conventional technique, it is necessary to move the swallowing auxiliary substance (52) by pressing various parts from the outside, and there is a problem that the mixing operation is complicated. In addition, the powdered dosage form (51) is not mixed with the swallowing auxiliary substance (52) and may remain, for example, in the corner portion, etc., which causes a problem in that the dosage of the granular dosage form (51) varies. . In particular, in the case where the dose is a pharmaceutical product, there is a problem that the ratio of the medicinal component contained in the powdered dose cannot be increased because there is a possibility that the dose may not be sufficient if the dose varies.

Further, in the above prior art, the sheet (55) is broken in a state of traversing the powder and particle storage chamber (53) from the cut portion (57) at the time of taking, and this powder and particle storage chamber ( The outlet (58) is opened at 53), but this breakage causes a part of the granular material storage chamber (53) to be separated. For this reason, a part of the mixture of the swallowing auxiliary substance (52) and the above-mentioned powdered granular material (51) adhering to the separated granular material containing chamber part (59) is not taken, As a result, there is a problem that the dose of the powdered granular product (51) varies.

The technical problem of the present invention is to solve the above-mentioned problems, and the opening operation at the time of taking is easy, and it is easy to prevent the powdered granular material from remaining in the container, and to make almost the entire amount of the granular granular material easy. It is an object of the present invention to provide a container for containing an article to be taken.

In order to solve the above-described problems, the present invention is described as follows, for example, based on FIGS. 1 to 9 showing an embodiment of the present invention.
That is, the present invention 1 relates to an article storage container. This dose storage container includes a granular material storage chamber (3), a swallowing auxiliary substance storage chamber (4), an introduction path (8), and an easy-opening portion (9). The powder and particle storage chamber (3) accommodates the powdered article (6). The swallowing auxiliary substance storage chamber (4) holds the swallowing auxiliary substance (7). The introduction path (8) communicates the powder and particle storage chamber (3) with the swallowing auxiliary substance storage chamber (4). The easy opening part (9) seals the introduction path (8) so that it can be opened. The dose storage container is formed such that the width of the introduction path (8) is narrower than the maximum width of the granular material storage chamber (3), and the width of the granular material storage chamber (3) is It forms so that it may become narrow gradually toward said introduction path (8), The width direction both ends edge of this granular material storage chamber (3) was directly connected to said introduction path (8), It is characterized by the above-mentioned. .

The present invention 2 also relates to a dosing container, and is a powder for holding a powdered dough (6) between two sheets (2, 2) by bonding the peripheral portions of two sheets (2) stacked on top of each other. The granular material storage chamber (3) and the swallowing auxiliary material storage chamber (4) for storing the swallowing auxiliary material (7) are formed in a tightly packed form with respect to the external space. An introduction path (8) communicating with the auxiliary substance storage chamber (4) is formed, and the introduction path (8) is sealed with an easy opening portion (9) so that it can be opened. 2) An exit chamber (5) is formed between the outer space and the outlet chamber (5) so as to be tightly closed, and an extraction passage (10) is formed for communicating the powder and particle storage chamber (3) with the outlet chamber (5) At the same time, the take-out passage (10) is sealed by the second easy-opening portion (11) so that it can be opened, and the outlet (13) is formed in the outlet chamber (5) so as to be openable. .

Further, the present invention 3 relates to a dose container, and a powder for containing a powdered dose (6) between two sheets (2, 2) by laminating the peripheral portions of two sheets (2) overlapped with each other. A granular material storage chamber (3) and a swallowing auxiliary material storage chamber (4) for storing a plurality of swallowing auxiliary materials (7) are formed in a tightly packed shape with respect to the external space. In addition, the introduction passages (8) communicating with the different swallowing auxiliary substance storage chambers (4) are formed, and each introduction passage (8) is sealed with an easy opening portion (9) so that it can be opened. It is characterized by that.

In said invention 1, said powdery granular material is taken in the following procedure.
First, the easy-opening portion is opened by, for example, pressing the swallowing auxiliary substance accommodation chamber, and the swallowing auxiliary substance is guided to the granular material accommodation room. At this time, since the width of the introduction path is narrower than the maximum width of the granular material storage chamber, the easy-open portion can be easily opened over the entire width of the introduction path, and the swallowing auxiliary substance passes through this introduction path. Also circulates over its entire width. And, since the width of the powder body storage chamber is formed gradually narrower toward the introduction path, and its both edges in the width direction are directly connected to the introduction path, the swallowing auxiliary substance that has passed through this introduction path is While being spread over the entire width of the powder storage chamber, the powder is guided into the powder storage chamber, and the powdered material in the powder storage chamber is sufficiently wrapped in the swallowing aid substance that has flowed. Thereafter, the powdered granular material wrapped in the swallowing auxiliary substance is taken out from the granular material container and taken.

The width of the above-mentioned introduction path only needs to be narrow enough to cover the entire width when the swallowing auxiliary substance circulates. Specifically, for example, it is preferable to form a width of about 6 mm or less.

In addition, the powder body storage chamber, the swallowing auxiliary substance storage chamber, and the introduction path are separately formed in advance and bonded together around the two sheets that are overlapped with each other. It is preferable that the two sheets are formed in a tightly packed shape with respect to the external space.

In addition, the powder body storage chamber, the swallowing auxiliary substance storage chamber, and the introduction path are formed by bending one sheet and bonding the outer edges to each other. In between, it is preferably formed in a tightly-contained manner with respect to the external space.

Further, the powder body storage chamber, the swallowing auxiliary substance storage chamber, and the introduction path are flattened by flattening the cylindrical body and bonding the outer edges together. In addition, it is preferable that the outer space is formed in a tightly-packed manner.

In addition, a take-out path narrower than the maximum width of the above-mentioned powder-and-particle storage chamber is connected to this powder-and-particle storage room, and the width of this powder-and-particle storage chamber is gradually narrowed toward the above-mentioned take-out path. When the both ends of the powder body storage chamber in the width direction are directly connected to the takeout path, the powdered clothes wrapped around the powdered clothes are smoothly guided to the takeout path. It is preferable that almost the entire amount can be easily taken out without remaining in the container.

In said invention 2, said powdery granular material is taken | dosed in the following procedures.
First, the easy-opening portion is opened by, for example, pressing the swallowing auxiliary substance accommodation chamber, and the swallowing auxiliary substance is guided to the granular material accommodation room. Further, the second easy-opening portion is opened by pressing the outlet chamber. The opening operation of the second easy-opening portion may be performed simultaneously with the opening of the easy-opening portion or may be performed before or after this. Next, after the outlet is opened in the outlet chamber, the swallowing auxiliary substance that has flowed into the granular material storage chamber passes from the extraction path to the outlet chamber in a state where the powdered article is wrapped. They are guided and taken out from the outlet.

The outlet may be formed by inserting a straw or the like, for example, but a notch is formed on the side of the outlet chamber, and the outlet chamber is crossed from the notch to the outlet chamber. It is preferable that the outlet is opened in the outlet chamber by breaking the sheet so that the outlet having a predetermined width can be easily opened.

Here, the above-mentioned cut portion refers to a portion that breaks the sheet, and may be clearly indicated by printing or the like, but a cut edge for facilitating breakage is formed on the peripheral side edge of the article storage container. For example, V-shaped, I-shaped, U-shaped and so on, and so-called magic cuts (registered trademark, a film having a very fine scratch on the surface) can be used. This cut end may be used in combination with a display such as printing.

In addition, this invention 2 can be used in combination with the above-mentioned invention 1, and in this case, it is preferable because the whole amount of the powdered product encapsulated in the swallowing aid can be taken out more favorably.

In said invention 3, said powdery granular material is taken in the following procedure.
First, the easy-opening portions of the respective introduction paths are opened by pressing the respective swallowing auxiliary substance storage chambers, etc., and the swallowing auxiliary substances in the respective swallowing auxiliary substance storage chambers are guided to a plurality of locations in the granular material storage chambers. Is done. As a result, the granular material in the granular material storage chamber is satisfactorily wrapped in the swallowing aid substance that has flowed. Thereafter, the powdered granular material wrapped in the swallowing auxiliary substance is taken out from the granular material container and taken.

In this case, an extraction path is connected to the above-described powder body storage chamber, and the introduction path communicating with some swallowing auxiliary substance storage chambers is closer to the extraction path than the introduction path communicating with other swallowing auxiliary substance storage chambers When the part is connected to the granular material storage chamber, the swallowing auxiliary substance is first taken out from the take-out path and guided onto the user's tongue, so the powdered substance gives a stimulus such as bitterness. However, this irritation can be prevented or alleviated and can be easily taken.

The invention 3 can be used in combination with the invention 1 or the invention 2 described above, and in this case, it is preferable because the whole amount of the powdered product wrapped in the swallowing auxiliary substance can be taken out more favorably. .

In the above-mentioned inventions 1 to 3, the powdered and granular product may be a pharmaceutical such as a powder or a granule, or other food such as a granular health food or confectionery. The particle size of the powder is not limited to a specific one.

The above swallowing auxiliary substance may be any substance that can wrap and take out the above-mentioned powdered granular material. Single or plural substances such as jelly, gelled food, honey, various creams, pastes, etc. A dense fluid substance mixed with seeds is preferred, but may be a low viscosity liquid such as water.

In the first to third aspects of the present invention described above, the dose storage container may be a single unit, or may be one that is connected to the left and right so that a plurality of storage containers can be separated.

In the

present inventions

2 and 3, the two sheets may be two sheets formed individually in advance, or each folded piece when one original sheet is folded in two. The two sheets which consist of, and also two sheets which mutually superpose | polymerize formed by flattening a cylindrical body may be sufficient.

The easy-opening part and the second easy-opening part may be anything that can be easily opened from the outside by operating from the outside. For example, in addition to a peelable weak seal part, a clip or the like can be attached or detached. It may be mechanically sealed such as a holding tool or a detachable holder that can hold the folded state. The easy-opening portion only needs to be able to seal the introduction path and the extraction path, and may be formed inside the introduction path or the extraction path, or the entrance / exit of the introduction path or the extraction path. May be sealed.

The above-mentioned granular material accommodation chamber may be provided with only one chamber between two sheets or may be provided with a plurality of chambers. In the first or second aspect of the present invention, the swallowing auxiliary substance storage chamber may be provided with only one chamber between the sheets, or may be provided with a plurality of chambers. Further, in the present invention 3, it is sufficient that a plurality of swallowing auxiliary substance storage chambers are provided, and three or more chambers may be provided.

Since the present invention is configured and operates as described above, the following effects can be obtained.

(1) In the first aspect of the present invention, the width of the introduction path is narrowly formed while the granular material accommodation chamber is formed wide to easily accommodate the granular material, and this introduction is made. The path can be opened over its entire width. Moreover, since the swallowing auxiliary substance that has passed through the introduction path is guided to the powder storage chamber while spreading over the entire width of the powder storage chamber, the powdered material in the powder storage chamber has flowed into the powder storage chamber. Can be fully wrapped with swallowing aids. As a result, the mixing operation required in the prior art can be simplified, so that the opening operation at the time of taking is easy and it is possible to prevent the powdered product from remaining in the container. Can be easily taken.

(2) In the second aspect of the present invention, since the outlet is opened in the outlet chamber before the swallowing auxiliary material enclosing the powdered product flows into the outlet chamber, There is no risk of a part of the swallowing aid popping out, and the opening operation is easy. A thing does not adhere and remains, and it can take out and take out substantially the whole quantity of a granular granular thing.

(3) In the third aspect of the present invention, since the swallowing auxiliary substance is guided to a plurality of locations in the granular material storage chamber, the powdered powder in the granular material storage chamber is well wrapped with the swallowing auxiliary material. be able to. As a result, it is possible to simplify the mixing operation required in the above-mentioned prior art, so that the opening operation at the time of taking is easy, and it is prevented that the powdered powder remains in the container. Almost the entire amount can be taken easily.

It is a partially broken view of the article storage container showing the first embodiment of the present invention. It is a partial cutaway view of a dose storage container showing a second embodiment of the present invention. It is a partial cutaway view of a dose storage container showing a third embodiment of the present invention. It is a partially broken view of the article storage container showing the fourth embodiment of the present invention. It is a partially broken view of the article storage container showing the fifth embodiment of the present invention. It is a partially broken view of the article storage container showing the sixth embodiment of the present invention. It is a partially broken figure of the principal part of the article storage container which shows the modification 1 of this invention. It is a partially broken view of the article storage container showing the modification 2 of the present invention. It is a partially broken view of the article storage container showing the modification 3 of the present invention. It is a partially broken view of a medication storage container showing conventional description.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a partially cutaway view of an article storage container showing a first embodiment of the present invention.

As shown in FIG. 1, the dose container (1) is formed by laminating the periphery of two sheets (2) stacked on top of each other, and between the sheets (2, 2), a powder container (3 ), A swallowing auxiliary substance storage chamber (4), and an outlet chamber (5) are formed in a tightly-contained manner with respect to the external space, and powdered articles such as powder in this powder storage chamber (3) (6), swallowing aid substances (7) such as concentrated fluid substances are respectively housed in the swallowing aid substance storage chamber (4).

Note that gas is sealed in the outlet chamber (5) so that the internal pressure can be increased by pressing. In addition, gas that does not affect the powdered dose (6) and the swallowing auxiliary substance (7) is also supplied to the powdery substance containing room (3) and the swallowing auxiliary substance containing room (4) as necessary. Enclosed.

An introduction path (8) that connects the chambers (3, 4) to each other is formed between the powder body accommodation room (3) and the swallowing auxiliary substance accommodation room (4). (8) is sealed so that it can be opened by an easy opening part (9) comprising a weak seal part. Further, an extraction path (10) is formed between the outlet chamber (5) and the granular material storage chamber (3) to communicate the two chambers (3, 5) with each other. 10) is sealed so that it can be opened by a second easy opening portion (11) comprising a weak seal portion. In addition, in the both sides of said exit chamber (5), the notch part (12) which consists of a V-shaped cut is formed in the peripheral part of the clothing container (1).

The widths of the introduction channel (8) and the extraction channel (10) are as follows: the maximum width of the granular material storage chamber (3), the maximum width of the swallowing auxiliary substance storage chamber (4), and the outlet chamber (5). It is formed narrower than the maximum width. The width of the granular material storage chamber (3) is formed so as to gradually narrow toward the introduction channel (8) in the vicinity of the introduction channel (8). The granular material storage chamber (3) Both end edges in the width direction are directly connected to the introduction path (8). Similarly, also in the vicinity of the take-out path (10), the width of the granular material accommodation chamber (3) is formed so as to gradually narrow toward the take-out path (10). Both end edges in the width direction of 3) are directly connected to the take-out path (10).

In addition, the width of the swallowing auxiliary substance storage chamber (4) is formed so as to gradually narrow toward the introduction path (8) in the vicinity of the introduction path (8). Both end edges in the width direction of (4) are directly connected to the introduction path (8). Further, the width of the outlet chamber (5) is formed so as to gradually become narrower toward the take-out passage (10), and both end edges in the width direction of the outlet chamber (5) are arranged in the take-out passage (10 ) Directly connected.

Since the above-mentioned powdered granular material (6) and swallowing aid (7) are separated from each other and hermetically housed, they can be easily stored in a sterile or sterilized state. The powdered dose is not affected by alteration or the like due to moisture contained in the swallowing aid.

The above-mentioned powdered granular material (6) is taken out from the above-mentioned dosage container (1) and taken in the following procedure.

First, the swallowing auxiliary substance storage chamber (4) is pressed, the easy-opening portion (9) is opened by the internal pressure of the swallowing auxiliary substance storage chamber (4), and a part of the swallowing auxiliary substance (7) is removed. It is made to flow into a granular material storage chamber (3). At this time, the easy opening part (9) may have a narrow introduction path (8), and it is easily peeled over its entire width to open the introduction path (8). A part of the swallowing auxiliary substance (7) is smoothly guided from the swallowing auxiliary substance accommodation chamber (4) to the introduction path (8), and this introduction path (8) and the particulate storage room (3) continuous thereto. The powder is smoothly guided into the granular material storage chamber (3) while extending over the entire width.

Next, the outlet chamber (5) is pressed, and the second easy-open portion (11) is opened by the internal pressure of the outlet chamber (5). Thereafter, the sheet (2) is broken so as to cross the outlet chamber (5) from the notch (12), so that the outlet (13) shown in phantom lines in FIG. Opened into the chamber (5). At this time, since the swallowing auxiliary substance (7) enclosing the powdered dose (6) does not flow into the outlet chamber (5), they are discharged from the outlet (13) by the opening operation. There is no fear of doing it.

In this state, when the swallowing auxiliary substance storage chamber (4) or the granular material storage chamber (3) is pressed, the swallowing auxiliary substance (7) encloses the powdered article (6) and takes out the above extraction path ( It is smoothly guided to 10) and smoothly guided to the outlet (13) while expanding in the outlet chamber (5). By taking out or squeezing out from the outlet (13), the user can take out almost the entire amount of the powdered dose (6) encased in the swallowing aid (7) and swallow it easily. Can do.

FIG. 2 is a partially cutaway view of a dose storage container showing a second embodiment of the present invention.
In this second embodiment, two swallowing aid substance storage chambers (4, 4) are formed between the two sheets (2, 2) together with the powder body storage chamber (3) and the outlet chamber (5). is there. Between the two places on the left and right of the lower part of this granular material storage chamber (3) and each swallowing auxiliary substance storage chamber (4), there is an introduction path (8) that communicates the two chambers (3, 4) with each other. Each introduction path (8) is sealed with an easy opening portion (9) made of a weak seal portion so that it can be opened.

The width of the introduction path (8) is formed to be narrower than the maximum width of the granular material storage chamber (3) and the maximum width of the swallowing auxiliary substance storage chamber (4). Both end edges in the width direction of (3) and the swallowing auxiliary substance storage chamber (4) are directly connected to the introduction path (8), respectively.

When the above-mentioned swallowing auxiliary substance storage chambers (4, 4) are pressed in order to take the powdered article (6) stored in the above-described powder storage chamber (3), The unsealing portions (9) are opened, and the swallowing auxiliary substances (7) in the respective swallowing auxiliary substance accommodation chambers (4) pass through different introduction paths (8). Guided to the location. As a result, the granular material (6) in the granular material storage chamber (3) is satisfactorily wrapped from the left and right with the swallowing auxiliary substance (7). The other configuration is the same as that of the first embodiment described above, and functions in the same manner, so that the description thereof is omitted.

FIG. 3 is a partially cutaway view of a dose container showing a third embodiment of the present invention.
In the third embodiment, as in the second embodiment, two swallowing auxiliary substance storage chambers together with the granular material storage chamber (3) and the outlet chamber (5) between the two sheets (2, 2). (4.4) is formed. However, in this third embodiment, the introduction path (8) communicating with one of the swallowing assistance substance accommodation chambers (4) is taken out from the introduction path (8) communicating with the other swallowing assistance substance accommodation room (4). It is connected to the granular material storage chamber (3) at a site close to the path (10).

For this reason, when both the swallowing auxiliary substance storage chambers (4, 4) are pressed, each easy opening portion (9) is opened, and then the swallowing auxiliary substances (7 ) Are guided to two places above and below the granular material storage chamber (3) via different introduction paths (8). As a result, the powdered substance (6) in the powder container (3) is satisfactorily wrapped from above and below by the swallowing auxiliary substance (7) that flows in, and is first swallowed from the take-out path (10). Since the substance (7) is taken out, the user can easily take the powdered dose (6) in the state of being encased in the swallowing aid (7) without being stimulated by the powdered dose (6). be able to. Other configurations are the same as those in the first embodiment and the second embodiment described above, and operate similarly.

In each of the above-described embodiments, the case where the outlet chamber (5) is provided has been described. However, the outlet chamber (5) may be omitted in the present invention.
That is, in the fourth embodiment shown in FIG. 4, the swallowing auxiliary substance storage chamber (4), the granular material storage chamber (3), and the second swallowing auxiliary substance storage chamber (14) between the two sheets (2, 2). Are formed in this order, and the powdered dose (6) is placed in the powder storage chamber (3) in the swallowing auxiliary substance storage chamber (4) and in the second swallowing auxiliary substance storage chamber (14). Each contains a swallowing aid (7). It should be noted that the swallowing aid substance (7) housed in the swallowing aid substance storage chamber (4) and the second swallowing aid substance containing chamber (14) may be of the same component, Different components may be used.

In the same way as in the first embodiment, the introduction path (8) that connects the two chambers (3, 4) between the granular material storage chamber (3) and the swallowing auxiliary substance storage chamber (4). The introduction path (8) is sealed so that it can be opened by an easy opening part (9) comprising a weak seal part. On the other hand, an extraction passage (10) is formed between the above-mentioned powder and particle storage chamber (3) and the second swallowing auxiliary substance storage chamber (14). The take-out path (10) is sealed by a second easy-opening part (11) made of a weak seal part so as to be openable. In addition, a cut portion (12) made of a V-shaped cut is formed in the peripheral portion of the dose storage container (1) on the side of the second swallowing auxiliary substance storage chamber (14).

When taking out the powdered dose (6) from the dose container (1) and taking it, first press the swallowing auxiliary substance storage chamber (4) to open the introduction channel (8) and swallow A part of the auxiliary substance (7) is caused to flow into the granular material storage chamber (3). Next, the second swallowing auxiliary substance storage chamber (14) is pressed to open the extraction passage (10), and a part of the swallowing auxiliary substance (7) is opened from the second swallowing auxiliary substance storage chamber (14). Is allowed to flow into the granular material storage chamber (3). Thereby, the granular material (6) in the granular material storage chamber (3) is satisfactorily wrapped with the swallowing auxiliary substance (7) from above and below.

Thereafter, the sheet (2) is broken in a state of crossing the outlet chamber (5) from the notch (12), thereby removing the outlet (13) indicated by the phantom line in FIG. 2 Open to the swallowing auxiliary substance storage chamber (14). During the opening operation, the swallowing auxiliary substance (7) enclosing the powdered dose (6) does not flow into the second swallowing auxiliary substance storage chamber (14). Even if the substance (7) flows out from the outlet (13), there is no possibility that the powdered dose (6) flows out.

When the swallowing auxiliary substance storage chamber (4) or the granular material storage chamber (3) is pressed in this state, the powdered article (6) wrapped in the swallowing auxiliary substance (7) is taken out of the above state. It flows into the second swallowing auxiliary substance storage chamber (14) from the passage (10) and is taken out from the outlet (13). Since the swallowing aid (7) is first taken out from the outlet (13), the user can easily take the powdered dose (6) without being stimulated by the powdered dose (6). be able to. Other configurations are the same as those in the above-described embodiments and operate in the same manner, and thus the description thereof is omitted.

In the first embodiment described above, a case has been described in which each of the granular material accommodation chamber (3) and the swallowing auxiliary substance accommodation chamber (4) is provided. However, the present invention may have a plurality of each.

For example, in the fifth embodiment shown in FIG. 5, an outlet chamber (5), two granular material storage chambers (3, 3), and a swallowing auxiliary substance are accommodated between two sheets (2, 2) stacked on each other. Chamber (4) is formed in order. In this case, since each granular material storage chamber (3) can individually accommodate the granular doses (6) of different components, it is not necessary to uniformly mix both granular doses (6, 6) in advance. . Therefore, there is no possibility of variation in the amount of the powdered dose (6) for each dose storage container (1), and a predetermined set amount can be reliably stored.

In the sixth embodiment shown in FIG. 6, an outlet chamber (5), a granular material storage chamber (3), and two swallowing auxiliary substance storage chambers (4・ 4) are formed in order. In this case, after taking out the powdered article (6) with the swallowing auxiliary substance (7) from the swallowing auxiliary substance containing room (4) close to the granular substance containing room (3), the other swallowing auxiliary substance is contained. By extruding the swallowing auxiliary substance (7) from the chamber (4), it is possible to take out the granular powder (6) remaining in the dose container (1) so as to be washed away. The total amount of 6) can be taken even better. Moreover, in this case, the mouth of the user can be washed away with the swallowing aid substance (7) taken out from the other swallowing aid substance storage chamber (4), and the rear mouth after taking the powdered dose (6) It can also be improved.

The dose storage container described in each of the above embodiments is exemplified to embody the technical idea of the present invention, and the material and shape of the sheet, each chamber, the introduction path, the extraction path, the outlet, The shape, dimensions, structure, arrangement, and the like of the easy-open portion are not limited to those of these embodiments, and various modifications can be made within the scope of the claims of the present invention.

For example, in each of the above-described embodiments, the both end edges in the width direction of each chamber (3, 4, 5) are inclined with respect to the flow direction of the swallowing auxiliary substance (7), so that each chamber (3, 4, 5) The width was gradually narrowed toward the introduction path (8) and the extraction path (10). However, in the present invention, both end edges in the width direction of each chamber (3, 4, 5) may be formed in different shapes.

For example, in the first modification shown in FIG. 7, the widthwise end edges of each chamber (3, 4, 5) are formed with smooth curves, thereby reducing the width of each chamber (3, 4, 5) to the introduction path ( It is formed so as to become gradually narrower toward 8) and the extraction path (10).

In each of the above embodiments, the cut portion (12) is configured with a V-shaped cut. However, the cut portion (12) of the present invention may have other shapes, for example, In said modification 1, the notch part (12) which consists of an I-shaped cut is formed in the both sides of the exit chamber (5).

Moreover, in the modification 2 shown in FIG. 8, the width | variety of this swallowing auxiliary substance storage chamber (4) is made to incline the introduction path (8 by inclining the width direction both ends edge of the swallowing auxiliary substance storage chamber (4) over the whole region. ) Is gradually formed narrower toward). In this case, it is preferable that the swallowing auxiliary substance (7) can be more smoothly guided to the introduction path (8).

Further, in the third modification shown in FIG. 9, two original sheets (2. 2) are formed by folding one original sheet in two.

In each of the above embodiments, the case has been described in which the easy-open portion is a weak seal portion. However, in the present invention, this easy-opening portion may be constituted by other mechanical sealing means such as a clip.

In the above-described embodiment, the powdered dosage form is a powder, and the swallowing auxiliary substance is a concentrated fluid substance. However, the powdered dosage form and the swallowing auxiliary substance applied to the present invention are other types. Needless to say, the components and materials may be used.

The dose storage container of the present invention is easy to open when taking, and since powdered doses are prevented from remaining in the container so that almost the entire amount can be taken easily, especially powders and granules It is suitable for taking medicines such as pharmaceuticals, but is also suitable for taking other foods such as granular health foods and confectionery.

DESCRIPTION OF SYMBOLS 1 ... Destination container 2 ... Sheet | seat 3 ... Granule body accommodation room 4 ... Swallowing auxiliary substance accommodation room 5 ... Outlet room 6 ... Powdered granular material 7 ... Swallowing auxiliary substance 8 ... Introducing path 9 ... Easy opening part 10 ... Removal Road 11 ... 2nd easy opening part 12 ... Cut part 13 ... Exit

Claims

A powder body storage chamber for storing powdered clothes;
A swallowing aid substance storage chamber for containing a swallowing aid substance;
An introduction path that communicates the powder body storage chamber and the swallowing auxiliary substance storage chamber with each other;
An easy-to-open portion for sealing the introduction path so as to be openable,
Forming the width of the introduction path narrower than the maximum width of the powder storage chamber, forming the width of the powder storage chamber so as to gradually narrow toward the introduction path, A dose storage container characterized in that both ends in the width direction of the powder body storage chamber are directly connected to the introduction path.
The powder body storage chamber, the swallowing auxiliary substance storage chamber, and the introduction path are individually formed in advance and bonded together around the two sheets that are overlapped with each other, thereby The dose storage container according to claim 1, wherein the dose storage container is formed in a tightly sealed shape with respect to the external space.
Connect the take-out path narrower than the maximum width of the above-mentioned powder-and-particles storage chamber to this powder-and-particles storage room, and make the width of this powder-and-particles storage chamber gradually narrow toward the above-mentioned take-out path The dose storage container according to claim 2, wherein the container is formed and directly connected to both ends of the powder body storage chamber in the width direction.
The powder body storage chamber, the swallowing auxiliary material storage chamber, and the introduction path bend one sheet and bond the outer edges to each other. The dose storage container according to claim 1, wherein the dose storage container is formed in a tightly sealed shape.
The powder body storage chamber, the swallowing auxiliary substance storage chamber, and the introduction path flatten the cylindrical body and paste the outer edges together, and in the flattened cylindrical body, in the external space The dose storage container according to claim 1, wherein the dose storage container is formed in a tightly sealed shape.
The peripheral portions of the two sheets that are overlapped with each other are bonded together, and between the sheets, a powder body storage chamber for storing powdered articles and a swallowing auxiliary substance storage chamber for storing swallowing auxiliary substances are provided with respect to the external space. Formed in a confined state,
While forming the introduction path that communicates the powder body storage chamber and the swallowing auxiliary substance storage chamber with each other, the introduction path is sealed so that it can be opened with an easy opening portion,
An exit chamber is formed between the two sheets so as to be tightly sealed with respect to the external space, and an extraction path is formed to communicate the powder body storage chamber and the exit chamber with each other. Sealed to be opened at the opening,
An article storage container, wherein the outlet chamber is formed to be openable.
A notch is formed on the side of the outlet chamber, and the outlet is opened in the outlet chamber by breaking the sheet so as to cross the outlet chamber from the notch. The dose storage container according to claim 6, configured as described above.
Forming the width of the introduction path narrower than the maximum width of the powder storage chamber, forming the width of the powder storage chamber so as to gradually narrow toward the introduction path, The dose storage container according to claim 6, wherein both end edges in the width direction of the granular material storage chamber are directly connected to the introduction path.
A peripheral part of two sheets stacked on top of each other is bonded to each other, and a granular material storage chamber for storing a powdered article and a swallowing auxiliary substance storage chamber for storing a plurality of swallowing auxiliary substances are provided between the sheets. Against the surface,
The present invention is characterized in that a plurality of the above-mentioned powder body accommodation chambers and different swallowing auxiliary substance accommodation chambers are formed so as to communicate with each other, and each introduction passage is sealed so that it can be opened with an easy opening portion. , A container for taking things.
Connect the take-out path to the above powder-and-particles storage chamber, and connect the introduction path that communicates with some swallowing assistance substance accommodation chambers closer to the extraction path than the introduction path that communicates with other swallowing assistance substance accommodation chambers The dose storage container according to claim 9, which is connected to the powder body storage chamber.
The width of at least a part of the introduction path is formed narrower than the maximum width of the granular material storage chamber, and both edges in the width direction of the granular material storage chamber are directly connected to the introduction path. 9. A dose storage container according to 9.
An exit chamber is formed between the two sheets so as to be tightly sealed with respect to the external space, and an extraction path is formed to communicate the powder body storage chamber and the exit chamber with each other. The dose storage container according to claim 9, wherein the container is sealed so as to be openable and an outlet is formed in the outlet chamber so as to be openable.