JPH10236540A - Double chamber container - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To restrict the movement of a desiccant, oxygen scavenger, etc. enclosed in a multi-chamber container to prevent moisture absorption and oxidation of chemicals, etc. in a sealed place, and to prevent moisture in the container. Provided is a multi-chamber container capable of reducing the influence of oxygen and oxygen. SOLUTION: A chamber 8 accommodating an easily oxidizable or hygroscopic drug or the like is covered with a moisture / gas barrier film 10, and a sealed space is divided by a non-sealable partition 21 so that an auxiliary agent storage zone 12 is formed. Then, the desiccant 16, the oxygen absorber 18, and the like are accommodated in the auxiliary agent accommodation zone 11. In addition, the chamber 8 was divided as described above by the non-hermetic partitioning section 21 to form an auxiliary agent accommodation section and an object accommodation section.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement of a flexible multi-chamber container for enclosing a powder, a liquid, a solid, and the like. The double-chamber container of the present invention is particularly effective when used to contain, for example, a drug having hygroscopicity or oxidizability.

[0002]

2. Description of the Related Art Conventionally, a medicine or the like having hygroscopicity or oxidizability and a solution or a diluting solution are separately housed in another adjacent room, and are mixed by connecting a seal portion at the time of use. Although a multi-chamber container is used, a chamber containing a hygroscopic or easily oxidizable drug or the like is covered with a moisture-impermeable and / or gas-impermeable film and sealed. ,
It is common to enclose an oxygen scavenger or desiccant in the inner space, or to form a chamber containing such a chemical or the like with a film having a moisture-absorbing or oxygen-impermeable layer. Have been done. For example, the former is disclosed in
No. 64851, a double-chamber container,
No. 0775, such as a flexible multi-chamber container.

[0003]

However, in the former double-chamber container, a chamber containing a moisture-absorbing or easily oxidizable drug or the like and a water-impermeable and / or gas-impermeable film covering the chamber are provided. Since the oxygen absorber, desiccant, etc. are simply put in the space between the oxygen absorber and the desiccant, the oxygen absorber, the desiccant, etc. move freely in the space and overlap with the medicine, etc. in the room, There is a problem that the multi-chamber container itself is bulky, and in the latter flexible multi-chamber container, only one of the rear sheet and the front sheet forming the chamber has a water-absorbing layer (a layer having a water absorbing property). Since it is only present and one side of the water-absorbing layer is in direct contact with the room directly or via the moisture-permeable layer, the water absorption area is naturally restricted and it is difficult to sufficiently secure the amount of indoor moisture absorbed. There is a problem that Since the non-permeable film is only isolated from the outside, there is a problem that it is impossible to avoid the influence of oxygen present in the room. The present invention has been made in view of such circumstances, the object of the present invention is to limit the movement of the oxygen absorber and desiccant in the enclosed place,
Another object of the present invention is to provide a multi-chamber container capable of reducing the effects of moisture and oxygen in the room.

[0004]

The present invention has been made to achieve such an object, and the present invention has the following constitution. A A flexible film is provided with a plurality of chambers for accommodating a powder agent, a liquid agent, a solid agent, and the like, and includes a peelable seal portion as a means for partitioning adjacent chambers into a sealed state. In a multi-chamber container wherein one or more of the chambers are covered with a moisture-impermeable and / or gas-impermeable film so as to form a sealed space, the space is separated from the welded portion. The welding section is divided by a non-sealing partition section arranged so as to be alternately arranged, and each section is covered with an object storage chamber that covers a chamber in which a powder agent, a liquid agent, a solid agent, etc. are accommodated. A multi-compartment container, which is an auxiliary agent accommodating section for accommodating a deoxidizer, a desiccant, an oxygen-absorbing sheet, a moisture-absorbing sheet, and the like, and wherein each section can communicate with each other through a gap of the non-welded portion. . B. The multi-chamber container according to the above A, wherein a suspending portion for hanging the multi-chamber container itself is formed integrally with the auxiliary agent accommodation section. C A plurality of chambers for accommodating a powder agent, a liquid agent, a solid agent, and the like are formed by a flexible film, and a peelable seal portion is provided as a means for partitioning adjacent chambers into a sealed state. A multi-chamber container wherein one or more of the chambers are covered with a moisture-impermeable and / or gas-impermeable film and sealed, wherein the water-impermeable and / or gas-impermeable A part or all of the plurality of chambers covered with the film are divided by a non-sealing partition part in which the welded part and the non-welded part are alternately arranged for each chamber, and Are divided into an object storage area for storing powders, solids, etc. and an auxiliary agent storage area for storing oxygen absorbers, desiccants, oxygen-absorbing sheets, moisture-absorbing sheets, etc. Can communicate with each other through the gap A multi-chamber container characterized by the following. D In the multi-chamber container according to C, the flexible film on both the front and rear surfaces constituting the auxiliary agent accommodating zone is brought close to each other so as to be in close contact with each other, and furthermore, an oxygen scavenger sealed between the two films,
Peripheral parts of the desiccant, oxygen-absorbing sheet, moisture-absorbing sheet, etc. can be communicated with the adjacent object accommodation section through the gap of the non-sealing partition section, and one end of the auxiliary agent accommodation section is directly or other A multi-chamber container connected to a moisture-impermeable and / or gas-impermeable film covering the chamber via a member. E In the multi-chamber container according to any one of the above-mentioned items A to D, the water impermeable and / or
Or, in a room covered with a gas-impermeable film, and further in a room partitioned by a non-sealing partition, a powder agent, a liquid agent, A multi-chamber container containing a solid agent and the like. F. In the multi-chamber container according to any one of the above items A to E, an oxygen-absorbing sheet and a water-absorbing sheet are provided in an internal space formed of a moisture-impermeable and / or gas-impermeable film. A multi-chamber container in which one or both are sealed while being connected to the film forming the internal space. G In the multi-chamber container according to any one of the above-mentioned items A to F, all or one of the moisture-impermeable and / or gas-impermeable film and the film constituting the chamber covered with the film. The portion is a film having a water-absorbing layer and / or an oxygen-absorbing layer, and absorbs moisture and / or oxygen in the internal space and the room formed by the moisture-impermeable and / or gas-impermeable film. Multi-chamber container. Here, the `` non-sealable partition part '' is not limited to the case where the welded parts are arranged in a row, but also includes the case where the welded parts are arranged in a zigzag shape, a scattered shape or a band shape, and the like. “Accommodating powder, liquid, solid, etc.” means accommodating any one or more of these, and “accommodating a deoxidizer, a desiccant, an oxygen-absorbing sheet, a water-absorbing sheet, etc.” "Do" means to accommodate any one or more of these.

[0005]

Embodiments of the present invention will be described below in detail with reference to the drawings illustrating embodiments of the present invention. FIG. 1 shows an embodiment (multi-chamber container according to claim 1) of the present invention. In FIG. 1, reference numeral 2 denotes a film constituting a chamber 4 for accommodating a liquid agent, 6 denotes a film constituting a chamber 8 for accommodating a powder or the like, 10 denotes a coating section 11 and a desiccant 16 covering the chamber 8, This is a film constituting the chamber 14 including the auxiliary agent accommodating section 12 accommodating the oxygen absorber 18. That is, the chamber 14 is divided into two parts by a non-sealing partition part 21 in which the welding parts 19 and the non-welding parts 20 are alternately arranged, one of which forms the auxiliary agent storage area 12 and the other of which forms the coating area 11. ing.
The two sections 11 and 12 can communicate with each other through the gap S between the non-welded portions 20 as shown in FIG. The covering section 11 corresponds to a so-called target-object-storing-chamber covering section for covering a container for accommodating a powder agent, a liquid agent, a solid agent, and the like, and the auxiliary agent accommodating section 12 corresponds to a deoxidizer, a desiccant, The chamber 14 composed of the covering section 11 and the auxiliary agent accommodating section 12 corresponds to the space section described in claim 1.

The chamber 4 is filled with a liquid agent and has an opening 22.
Is attached, and a powder agent is sealed in the chamber 8. The chamber 8 is formed by welding the peripheral edges of the two films 6 stacked. That is, as shown in FIG. 1C, the film 6 has an outer layer 2 made of polyethylene (hereinafter abbreviated as PE).
6, a multilayer film of an inner layer 28 made of a mixed resin of PE and polypropylene (hereinafter abbreviated as PP).
The chamber 8 is formed by welding a plurality of multilayer films at the periphery.

The one-side chamber 4 is formed by extending and welding the film 6 which is a multilayer film. That is, the two multilayer films are overlapped, and the peripheral edge thereof is welded, and the intermediate portion is laterally welded so that the strength becomes smaller than that of the peripheral edge, thereby forming a weak seal portion 30 as a partitioning means. Room 8 and Room 4
Is formed.

[0008] The chamber 14 comprising the coating section 11 and the auxiliary agent accommodating section 12 is welded to the periphery of the two laminated films 10 and divided into two parts by a non-sealing partition 21 in the middle at the middle. Formed. That is, film 1
As shown in FIG. 1 (d), reference numeral 0 denotes a multilayer film in which the inner layer 34 is PE and the outer layer 36 is a moisture-impermeable, gas-impermeable barrier film, and the barrier film is, for example, polyethylene terephthalate (hereinafter referred to as PET). Abbreviated) and a triple layer of polyvinylidene chloride and PE or P
Silica-deposited film of ET and polyvinyl alcohol and P
A triple layer with E is used. Then, the two multilayer films are arranged so as to cover the chamber 8 and remain above, the left and right peripheral edges and the upper peripheral edge are welded to each other, and the lower peripheral edge is weakly sealed as shown in FIG. 3
The non-sealable partitioning portion 21 in which the welding portions 19 and the non-welding portions 20 are alternately arranged in the lateral direction as shown in FIG.
Are provided, and a coating area 11 and an auxiliary agent accommodating area 12 are formed at a boundary between the two. The coating area 11 and the auxiliary agent accommodation area 12
Although it is completely shut off from the outside air, the non-sealing partition 21
Can be communicated with each other through the non-welded portion of. 32
Is a hanging hole formed at the upper end of the multi-chamber container.

The gap between the non-welded portions 20 is filled with an auxiliary agent (including an oxygen-absorbing sheet, a moisture-absorbing sheet, etc.) such as a desiccant or a deoxidizing agent enclosed in the auxiliary agent accommodating zone 12. The size is determined so as not to be able to move to 11. When the multilayer film is welded, the desiccant 16 and the oxygen absorber 18 are sealed in the auxiliary agent accommodating section 12. As a desiccant,
For example, silica gel, zeolite, silica gel moldings, oxygen absorbers, etc. are used. As the oxygen scavenger, commercially available oxygen absorbers such as “Ageless (registered trademark)” manufactured by Mitsubishi Gas Chemical Company, and oxygen scavengers using amorphous copper can be used.

In place of the desiccant 16 and the oxygen absorber 18 in the auxiliary agent accommodating section 12, a water absorbing sheet 38 and an oxygen absorbing sheet 40 may be arranged as shown in FIG. As shown in FIG.
0 may be fixed to the film 10 by welding or bonding, or may be simply enclosed in the auxiliary agent accommodating section 12. In addition, the auxiliary agent accommodating section 12 may be filled with a water-absorbing sheet 42 and an oxygen-absorbing sheet 44 which are finely cut as shown in FIG. There is an advantage that the total surface area of the sheets 42 and 44 can be increased. Further, the film 10 itself can be a moisture-absorbing sheet or an oxygen-absorbing sheet. In addition, for example, dry keep (registered trademark) manufactured by Sasaki Chemicals Co., Ltd. is used as a constituent of the moisture absorbing layer of the moisture absorbing sheet. Oxyguard (0XYGUARD) (registered trademark) manufactured by Seikan Co., Ltd. or the like can be preferably used.

In the welding of each part, the welding temperature is:
The peripheral portions of the chambers 8 and 4 and the peripheral portion of the chamber 14 are the highest,
About 170-200 ° C., the weak seal portion 30 is lower, about 110-130 ° C., and the film 6
And the film 10 are welded at 165 to 215 ° C., which is almost the same as the periphery of the chambers 8 and 4 and the periphery of the chamber 14.

In the embodiment configured as described above, the film 10 forming the auxiliary agent accommodating zone 12 and the coating zone 11 in which the desiccant and the oxygen scavenger are sealed is made of a water-impermeable and gas-impermeable material. A barrier film is used, and the film 6 constituting the chamber 8 is made of PE for the outer layer and PE and P for the inner layer.
Since it is composed of a moisture-permeable and gas-permeable multi-layer film made of a resin mixed with P, the desiccant and oxygen scavenger should efficiently dry powder and prevent oxidation of easily oxidizable chemicals, respectively. Can be. In addition, since the auxiliary agent accommodating zone 12 for accommodating the desiccant and the oxygen scavenger is provided separately from the covering zone 11 that directly covers the chamber 8, the case where the desiccant or the like is accommodated in one conventional space is provided. Compared with the above, since the desiccant and the like are stored well and the desiccant and the like do not largely move, the desiccant and the like do not overlap with the chamber 8 containing the powder and are not bulky. In addition, it is also possible to store a desiccant, a deoxidizer, a moisture-absorbing sheet, an oxygen-absorbing sheet, or these together in both the auxiliary agent accommodating section 12 and the covering section 11. In addition, film 6,
If a transparent film is used as 10, the internal state can be visually observed. By applying a certain pressure to the chamber 4 with a finger or the like, the weak seal portion 30 is peeled off, the chamber 4 and the chamber 8 are communicated, and the liquid agent and the powder agent are mixed and dissolved under aseptic conditions.

As the powder of the above embodiment, for example,
Examples include hygroscopic, easily oxidizable, and easily denatured substances such as antibiotics, anticancer drugs, steroids, thrombolytics, and vitamins, and as liquids, these solutions or diluents such as physiological saline and glucose solution And distilled water for injection. Some powdered antibiotics, etc. must be dissolved with an alkaline solvent such as sodium carbonate or other solubilizing agents before dissolving with the lower liquid, but in such cases, An injection port (not shown) for co-injecting a solvent or the like is provided in the chamber containing the powder.

As the film 6, besides the multilayer film described in the above embodiment, it is also possible to use a single-layer or multilayer film of one or more combinations selected from PE, PP and their mixed resins. Preferably, a two-layer film in which the inner layer of the film 6 is a mixed resin of linear low-density polyethylene (hereinafter abbreviated as LLDPE) and PP and the outer layer is LLDPE can be used. Polyvinylidene chloride, PE
It is also possible to use a single-layer or multi-layer sheet of T, an aluminum processed film, an ethylene vinyl alcohol copolymer (EVOH), or a silica-deposited film. When the film 6 and the film 10 are directly welded, at least the film 10 is formed into a multilayer film in order to improve the welding, and the material of the innermost layer of the film 10 and the material of the film 6 or the outermost layer of the film 6 are the same. It is desirable to do. For example, when the outermost layer of the film 6 is LLDPE, it is desirable to use LLDPE for the innermost layer of the film 10.

In the above embodiment, the powder is sealed in the chamber 8 covered with the film 10 and the chamber 4 not covered with the film 10 is filled.
The liquid was sealed inside, but the powder was converted to a liquid according to the purpose,
It is also possible to change the liquid preparation into a powder preparation and enclose it. Examples of encapsulating a liquid in a room covered with a film 10 and encapsulating a powder in another room include, for example, an easily oxidizable substance such as an amino acid preparation to which cysteine or tryptophan is added as a liquid. Examples include sugars, electrolytes, and mixtures thereof. In this case, only the oxygen scavenger is sealed in the auxiliary agent accommodation zone 12. An example of enclosing a liquid in the chamber 8 covered with the film 10 and enclosing another liquid in the other chamber is, for example, the oxidizability of an amino acid preparation or a vitamin preparation to which cysteine or tryptophan is added as the former liquid preparation, respectively. And the latter liquid agent includes a sugar / electrolyte solution.

As another example, an oxidizable substance such as a fat emulsion is used as the former liquid, and a sugar or sugar is used as the latter liquid.
And an electrolyte solution. Further, it is also possible to enclose a solid agent in one of the chambers and a liquid agent in the other chamber. Furthermore, examples of the above-mentioned powders, liquids, and solids include various other nutrients and therapeutic agents administered intravenously or enterally (tube or oral). Auxiliary storage area 1
It is also possible to use only one of the desiccant and oxygen scavenger enclosed in 2, if necessary. Furthermore, using an aluminum processed film for a part or all of the film 10,
The inside may be shielded from light. The film 10
A part or all of the aluminum processed film used in the above may be peelable as needed at the time of use.

Although the above embodiment is an example of a two-chamber container enclosing a liquid agent and one kind of powder, it can be applied to two or more chambers. For example, a plurality of chambers for enclosing a powder, a solid, a liquid, and the like are provided in the coating section 11 covered with the film 10,
It is also possible to provide a plurality of chambers that are not covered with the film 10. In the above embodiment, the chamber 14 is provided with the non-sealing partition 21.
, The chamber 14 may be divided into left and right by a vertically non-sealing partition. It is also possible to provide a plurality of non-sealing partitions and divide the chamber 14 into two or more.

In the above embodiment, the weak seal portion 30 is formed by a so-called direct welding method in which the inner surfaces of the two films 10 forming the chamber 8 are directly welded to each other. The welding may be performed by a so-called multilayer insert film sandwiching welding method in which the multilayer insert film is welded in a state of being sandwiched between sheets to form a weak seal portion. FIG. 2 shows an example using a two-layer insert film. In this case, reference numeral 48 denotes a film constituting the chamber 8, which is a single-layer film or a multilayer film, and 50 denotes a film 48.
Alternatively, a sheet having a strong thermal adhesive strength to the innermost sheet of the film 48, a sheet 52 having a weak thermal adhesive strength to the opposite film 48 or the innermost sheet of the film 48, and the weak seal portion 54 Is formed.

For example, when the film 48 is a single layer film of PE or PP, 50 is the same sheet of PE or PP, and 52 is a mixed resin of PE and PP. In this example, two films 48 are overlapped and the periphery is welded to form a bag. Instead, a tube-shaped film is used, a hole is made in the middle, and sheets 50 and 52 are inserted therefrom. Then, it is also possible to form a weakly sealed portion by welding while being pressed from the outside of the tubular film.

FIG. 3 shows another embodiment (multi-chamber container according to claim 2) of the present invention. Parts that do not need to be changed from those in the above-described embodiment are given the same reference numerals, and detailed descriptions thereof are omitted (the same applies hereinafter). The chambers 4 and 8, the covering section 11, the weak seal section 30, and the non-sealable partition section 21 are configured in the same manner as in the previous embodiment, but the auxiliary agent accommodating section 12 also serves as the suspending section 56 at the same time. Is different from the above embodiment. That is,
The hanging portions 56 are welded to the left and right and upper peripheral edges of the two superposed films 10 and the peripheral edges of the hanging holes 60 provided in the vicinity of the central portion, and the lower portion is covered by the non-sealing partition 21. 11. The internal space of the hanging portion 56 forms the auxiliary agent accommodating zone 12 and is isolated from the outside by the peripheral welded portion, but is communicated with the covering zone 11 through a gap of the non-sealing partition 21. The hanging portion 56 has a structure in which the multilayer film 10 constituting the covering section 11 extends upward, and its periphery and the hanging holes 6 are formed.
0 is formed by welding. The desiccant 16 and the oxygen absorber 18 are sealed in the auxiliary agent storage section 12 which is the internal space of the hanging portion 56. Instead of this, a moisture absorbing sheet or an oxygen absorbing sheet is sealed. May be enclosed together, or the hanging portion 56 may be formed using a film having a water absorbing layer or an oxygen absorbing layer inside. According to this embodiment, there is an advantage that the space of the hanging portion can be effectively used.

FIG. 4 shows still another embodiment of the present invention (a multi-chamber container according to claim 3). Room 4 consisting of film 2
A chamber 66 composed of the object storage area 62 and the auxiliary agent storage area 64 is adjacent to each other via the weak seal portion 30, and the chamber 66 is
The two sections 62 and 64 are divided via the non-sealing partition 21, and both sections can communicate with each other through a gap between the non-sealing partition 21. Auxiliary agent accommodation area 64,
The film 2 on both front and rear sides constituting the chamber 4 extends upward, and the left and right and upper peripheral edges thereof are welded to the object accommodation zone 62, and the middle part is divided into two parts by the non-sealing partition 21. . Auxiliary agent accommodation zone 64, target object accommodation zone 62
Is covered with a multilayer film 68 similar to the film 10, and is located in the space 70. The desiccant 16 and the oxygen absorber 18 are enclosed in the auxiliary agent accommodation zone 64. Alternatively, a moisture-absorbing sheet or an oxygen-absorbing sheet may be enclosed, or these may be enclosed together. It is also possible to form the auxiliary agent accommodation zone 64 using a film having a water absorbing layer or an oxygen absorbing layer.

FIG. 5 shows another embodiment of the present invention (a multi-chamber container according to claim 4). The films before and after the auxiliary agent accommodation zone 64 (the films 2 constituting the chamber 4 extending upward) are brought close to each other to flatten the internal space, and the film extends upward to connect the connecting portion 72. And the upper end thereof is welded together with the film 68. 4 is the same as the multi-chamber container shown in FIG. 4 except that the auxiliary agent storage section 64 is flat and the upper end of the film forming the auxiliary agent storage section 64 is connected to the film forming the space 70. It is.

The chambers located in the spaces covered with the moisture-impermeable and gas-impermeable barrier films of the above-mentioned embodiments contain moisture-absorbing and easily oxidizable powders, liquids, solids and the like. Is done. In the above embodiment, the auxiliary agent storage section 64 and the target object storage section 62 are formed of films continuous with the films constituting the chambers 4 and 8, but may be formed by joining separate films. The same applies to the rooms 4 and 8. Although some embodiments of the present invention have been described above, the present invention is not limited to such embodiments at all, and it is needless to say that the present invention can be implemented in various modes without departing from the gist of the present invention. It is.

[0024]

Since the present invention is configured as described above, the following effects can be obtained. According to the multi-chamber container according to claims 1 to 6, the inside of the space covered with the moisture-impermeable, gas-impermeable barrier film or the room containing the medicine or the like is divided by the non-sealing partition. Since a desiccant, a deoxidizer, a moisture-absorbing sheet, an oxygen-absorbing sheet, and the like are enclosed in the compartment, the desiccant is blocked by the non-sealing partition, and the compartment containing the adjacent medicines is contained. The advantage is that the packaging of the multi-chamber container is not bulky. Further, since the desiccant and the like are sealed in the room for containing the medicine and the like, the restriction on the storage location is reduced as compared with the conventional example in which the desiccant and the like are sealed in the space covered with the barrier film. There is an advantage that the degree of freedom in selecting a location is increased. According to the double-chamber container of the second aspect, there is an advantage that the space of the hanging portion can be effectively utilized. Claim 3
According to the multi-chamber container of the fifth aspect, a desiccant or the like is directly sealed in the room for accommodating the medicine and the like, so that the effect of preventing moisture absorption and oxidation is great. According to the multi-chamber container of claim 7,
Since the barrier film and the film constituting the chamber are made of a film having a moisture absorbing layer and an oxygen absorbing layer, there is an advantage that the multi-chamber container itself becomes compact.

[Brief description of the drawings]

FIGS. 1A to 1F are a front view, a longitudinal sectional view, an enlarged sectional view of an A section, an enlarged sectional view of a B section, an enlarged sectional view of a C section, and an enlarged sectional view of a D section showing an embodiment of the present invention. (G) to (h) are partial cross-sectional views each showing a modification of the embodiment.

FIG. 2 is a partially enlarged sectional view showing a modification of the above embodiment.

FIGS. 3A to 3C are a front view, an EE sectional view, and a partially enlarged sectional view showing another embodiment of the present invention.

FIGS. 4A and 4B are a front view and a longitudinal sectional view showing still another embodiment of the present invention.

5A to 5C are a front view, a vertical sectional view, and a partially enlarged sectional view showing another embodiment of the present invention.

[Explanation of symbols]

 Reference Signs List 2 film 4 room 6 film 8 room 10 film 11 coating zone (object storage chamber coating zone) 12 auxiliary agent storage zone 14 room 16 desiccant 18 oxygen scavenger 19 welding section 20 non-welding section chamber 21 non-sealing partition section 30 weak Seal part 38 Moisture-absorbing sheet 40 Oxygen-absorbing sheet 54 Weak seal part 56 Hanging part 62 Object storage area 64 Auxiliary agent storage area 66 Room 68 Film 70 Space

Claims (7)

[Claims] 1. A flexible film, wherein a plurality of chambers for accommodating a powder agent, a liquid agent, a solid agent and the like are formed, and a peelable seal portion is provided as means for partitioning adjacent chambers in a sealed state. A multi-chamber container in which one or more of the chambers are covered with a moisture-impermeable and / or gas-impermeable film to form a sealed space; Welding parts and non-welding parts are divided by a non-sealing partition part arranged so as to be alternately arranged in a row, and each of the divisions covers a chamber for accommodating a powder agent, a liquid agent, a solid agent, etc. The room covering section and the oxygen absorber, the desiccant, the oxygen-absorbing sheet, the auxiliary agent accommodating section for accommodating the moisture-absorbing sheet and the like, and each section can be communicated with each other through the gap of the non-welded portion. Multi-chamber container. 2. The multi-chamber container according to claim 1, wherein a suspending portion for hanging the multi-chamber container itself is formed integrally with the auxiliary agent accommodating section. 3. A flexible film, wherein a plurality of chambers for accommodating a powder, a liquid, a solid, and the like are formed, and a peelable seal portion is provided as means for partitioning adjacent chambers in a sealed state. A multi-chamber container in which one or more of the plurality of chambers are covered and sealed with a moisture-impermeable and / or gas-impermeable film, wherein the moisture-impermeable and / or gas A part or all of the plurality of chambers covered with the non-permeable film are separated by a non-sealing partition part in which a welding part and a non-welding part are alternately arranged for each chamber. Each category is divided into an object storage area for storing powders, solids, etc. and an auxiliary agent storage area for storing oxygen absorbers, desiccants, oxygen-absorbing sheets, moisture-absorbing sheets, etc. Through the gap of the non-welded part A multi-chamber container characterized by communication. 4. The multi-chamber container according to claim 3, wherein the flexible film on both front and rear sides constituting the auxiliary agent accommodating section is brought close to each other so as to be in close contact with each other, and furthermore, an oxygen absorber enclosed between the two films. Peripheral parts of the desiccant, oxygen-absorbing sheet, moisture-absorbing sheet, etc. can be communicated with the adjacent object accommodation section through the gap of the non-sealing partition section, and one end of the auxiliary agent accommodation section is directly or other A multi-chamber container connected to a moisture-impermeable and / or gas-impermeable film covering the chamber via a member. 5. The multi-chamber container according to claim 1, wherein a chamber covered with a moisture-impermeable and / or gas-impermeable film among the plurality of chambers. Further, in a chamber divided by a non-sealing partition, a multi-chamber container in which a powdery material, a liquid agent, a solid agent and the like having hygroscopicity and / or oxidizability are accommodated in an object accommodation section. 6. The multi-chamber container according to claim 1, wherein an oxygen-absorbing sheet and an oxygen-absorbing sheet are provided in an internal space formed of a moisture-impermeable and / or gas-impermeable film. A multi-chamber container in which one or both of the moisture-absorbing sheets are sealed while being connected to the film forming the internal space. 7. The multi-chamber container according to any one of claims 1 to 6, wherein the moisture impermeable and / or
Alternatively, a gas-impermeable film and a film having a water-absorbing layer and / or an oxygen-absorbing layer are all or part of a film constituting a chamber covered with the film, and the film is impermeable to moisture and / or gas. A multi-chamber container adapted to absorb moisture and / or oxygen in the interior space formed in the film and in the room.