KR100455615B1 - Capsule tool - Google Patents

Abstract

Disclosed is a capsule container.

In particular, the capsule container according to the present invention is accommodated in an oil / exit opening formed in a common container such as a bucket tool for storing a chemical container such as a bottle, a chemical container such as a paint, and the like. It has a fastening principle that is supported on the surface of the edge portion of the through hole, and can be mixed with each other according to the user's intention while accommodating the contents contained in the inside of the container with fluids or powders of different properties. Of course, there is an advantage that the contents can be safely blended in the compounding operation without spilling to the outside, and in the case of the spilling of the contents, only an appropriate amount can be discharged from the oil-in / out hole described above to prevent excessive leakage of the contents. It relates to a capsule container.

Description

Capsule container {Capsule tool}

The present invention relates to a capsule container, and in particular, to be inserted into the interior of the container in the state of containing a fluid or powder of a different property and the contents contained in a variety of well-known conventional containers, depending on the purpose of use The present invention relates to a capsule container capable of carrying out a dilution operation or a compounding operation of chemical substances.

As is well known, a container for containing a conventional beverage container or chemical substance, etc., has a configuration for containing a single beverage or chemical substance or the like.

When the beverage container is described in more detail, inside a normal beverage container (for example, a beverage bottle having an oil-in / out hole having a narrow inner diameter at its upper end), drinking water or water having a single taste and aroma Since there is a configuration that is accommodated, there was a problem that can not drink to produce a variety of flavors and aromas.

As a conventional technique for solving such a problem, "Drink containers with a variety of beverage raw materials" (hereinafter referred to as "prior art 1") of the domestic registered utility model publication "20-0170710", domestic "Drink container containing a pressurized liquor container" (hereinafter referred to as "Prior Technology 2") in the Korean Utility Model Publication No. 20-0261338, and the Korean Utility Model Publication No. 20-0259252. Bottled water bottle caps (hereinafter referred to as "prior art 3") in which beverage powders or tea bags are incorporated have been disclosed.

In the above-described prior arts 1 to 3, in general, different heterogeneous substances may be separately stored in one container and stored in one container in an unmixed state. It had a composition and effect that can be mixed and drinkable.

However, the prior art 1 has a complicated structure and is intended to accommodate a variety of raw liquids, and users can selectively mix and drink them, and thus, they cannot provide inexpensive manufacturing costs. In addition, problems such as hygienic management and refilling of a large number of auxiliary containers containing stock solution have occurred.

In the related art 2, the lid coupled to the container body is composed of first and second caps, and the first cap and a portion corresponding to the container body are formed in a double screw shape and thus the upper surface of the second cap. It is screwed with the container body in a screw-fastened state, and usually drink the bottled water by opening the lid, and as the user intended, separating the first and second caps tea bags accommodated inside the second cap Alternatively, a beverage powder or the like was added to the inside of the container body to perform mixing and the like to have a constitution and an effect of drinking. However, since the first cap had to form a double screw as described above, the configuration was complicated, and the second cap was separated from the first cap when drinking mixed drinking water as described above; Injecting and mixing the contents contained in the second cap into the container body; Recombining the first and second caps again; Since it has to go through, etc., the operation principle was also complicated, and in order to perform the above steps, the container body, the first cap, the second cap, etc. had to be gripped, respectively, and there was inconvenience in use. In addition, when the contents contained in the second cap into the container body, if you do not pay close attention, it may be leaked to the outside, so that the desired purpose could not be achieved.

The prior art 3, a container, a lid fastened to the container, a stock solution container fastened to the bottom surface of the lid, an incision blade formed at the bottom of the lid to cut a predetermined portion of the top of the stock solution container, the center of the lid The push button is fastened to the vertical portion of the part, consisting of a cover for closing the top surface of the lid, it can be seen that the configuration is complicated. As the operation principle, if the cover is separated from the lid and the push button is pressed downward, the lower end surface of the push button presses the incision blade to expand laterally, and thus the adjacent stock solution container is partially cut out. By the pressure of the drinking water contained in the inside of the container, the stock solution was leaked to the cut-out part as described above, and the drinking water and the stock solution were operated. Therefore, the prior art 3 can perform the mixing operation as described above in a state where a constant water pressure is applied by the drinking water accommodated in the container. Therefore, in fact, only the mixed drink of drinking water and the undiluted solution could be consumed, and it was not possible to provide an inexpensive manufacturing cost, and in use thereof, it was only a disposable product, and thus could not sufficiently exhibit the corresponding effect of the complex configuration. Has such disadvantages.

As described above, since the above-described prior arts 1 to 3 are configured to be used only for beverage bottles, there is a problem that limited use is inevitable in the range of use, and thus they cannot be applied to various fields.

On the other hand, a conventional bucket container is used for accommodating a chemical substance (for example, paint, etc.), and when the structure thereof is described in more detail, a bucket-shaped container body in which the inside is occluded, and the container body An oil in and out hole formed in the upper portion and a lid for opening or closing the oil in and out holes are formed. Hereinafter, for the convenience of the substrate, the chemicals contained in the bucket container will be described by way of example.

Conventional bucket container containing water or oil paint, in the method of use, in order to achieve a predetermined color or the like, using a thinner (water), water, etc. to perform a dilution to achieve the appropriate concentration and color In the prior art, after the lid of the bucket container was opened, a predetermined amount of paint had to be taken out of a separate container and the above diluting operation had to be performed. Thus, when the lid is opened, there is a problem that the contents contained therein are leaked to the outside by the pressure difference and / or the temperature difference to contaminate the worker and / or the work environment. In addition, since the dilution of the paint had to be carried out in a separate container from the bucket container as described above, a separate dilution container had to be provided. In general, after the painting was completed, the dilution paint was left in a predetermined amount. This was immediately disposed of to produce a pollutant causing environmental pollution and the like.

The present invention has been made in order to solve the above-described problems, it is accommodated in the interior of the beverage container and / or bucket container, to provide a capsule container that is supported on the edge of the opening and exit hole formed in the beverage container and the bucket container For that purpose.

Another object of the present invention is to operate to draw or take out the contents contained in the beverage container or bucket container during normal use, as the user intended, the contents contained in the capsule container is combined with the contents stored in the beverage container or bucket container It is to provide a capsule container that can be used or drinking efficiently the two contents to be possible.

Still another object of the present invention is to open the lid of a beverage container and / or bucket container, to drink the contents, or to withdraw the contents from the container as described above, as well as the contents do not bounce or spill out. It is to provide a capsule container made so that only a proper amount can be spilled when drinking or withdrawing.

Still another object of the present invention is to prepare a capsule container as a module, and a capsule container capable of combining one or more capsule containers in a specific ratio with the contents contained in the beverage container and / or bucket container as the manufacturer intends. In providing.

1 is a longitudinal cross-sectional view of a capsule container according to the present invention.

Figure 2 is a longitudinal cross-sectional view of the capsule container of Figure 1 is fastened to the beverage bottle.

3 is a cross-sectional view illustrating a state of use of FIG. 2.

Figure 4 is a partial cutaway perspective view showing another example of the capsule container according to the present invention.

5 is a cross-sectional view illustrating a state of use of the capsule container of FIG.

Figure 6 is a longitudinal sectional view showing another example of a capsule container according to the present invention.

Figure 7 is a longitudinal sectional view showing another example of a capsule container according to the present invention.

8 is an exploded perspective view of a capsule container according to the present invention applied to a bucket container.

<Description of reference numerals for major parts of the drawings>

100, 200, 300, 400: capsule container

110: receiving member 111: locking jaw

112: bulkhead 113: outflow hole

114: space portion 115: inner diameter

117: side wall surface 118: outer diameter

120: pressing member 121: upper inner surface

130: blocking film 150: up and down flow member

151: tip portion 152: space portion

220: guide member

224: iron 251: guide

252: main part 324: expansion

325: stepped portion 326: locking portion

700: bottle 711, 811: border

712: inner diameter 720: cover

730: sealing member 750: receiving portion

800: bucket container 810: flow through

As a configuration of the capsule container of the present invention for achieving the above object,

A cylindrical receiving member 110 having both ends open; A partition wall 112 extending inward from a predetermined portion of the inner diameter 115 of the accommodation member 110 to partition the upper and lower portions; At least one outlet hole 113 penetrating the partition wall 112 or the side wall surface 117 of the accommodation member 110 positioned above the partition wall 112 at regular intervals; An inverted cup-shaped pressing member 120 extending upward from a predetermined portion of the partition wall 112 by a predetermined length; An upper and lower flow member 150 extending downward a predetermined length from an inner upper surface 121 of the pressing member 120 and having a tip portion 151 at a lower end thereof; Blocking film 130 for closing the bottom surface of the receiving member 110; including, inside and outside the opening and exit hole (710, 810) of the common container (700, 800) is well known It has a structural feature inserted into and supported.

Here, the pressing member 120 is preferably selected from the material having a predetermined elastic restoring area portion corresponding to the vertical flow member 150.

In addition, the hollow vertically penetrates the central portion of the partition wall 112; A cylindrical guide member 220 extending upward from the partition 112 or the inner diameter of the hollow; As the receiving member 110 and the individual body, the vertical flow member 150 is inserted into the hollow and made to be supported by the guide member 220 and the vertical sliding and having a pressing member 120 on the upper surface; It may also consist of.

Here, the engaging jaw 111 that the upper end surface of the receiving member 110 is laterally extended; A guide end 251 in which an upper end surface of the pressing member 120 is inserted downward to have an inner diameter having the same shape and size as the outer diameter of the guide member 220 such that the inner diameter is in contact with the outer diameter of the guide member 120; It may be further provided with.

At this time, the partition 112 is made of a streamlined curved from the outlet hole 113,

The upper and lower flow members 150 may be formed in an inverted cup shape in which a lower end surface is opened and the remaining surface is closed so that a predetermined space portion 152 is formed therein and the tip portion 151 is provided at a lower end thereof. .

The guide member 220 includes an extended end 324 having an inner diameter expanded by cutting the upper end surface to a predetermined thickness and a predetermined height, and a stepped portion 325; The pressing member 120 may further include a catching part 326 that the upper end surface is laterally extended to the same size as the extension end 324 and is supported by the stepped part 325 during the downward movement.

On the other hand, the inner diameter of the guide end 251 or the predetermined diameter of the outer portion of the upper and lower flow members 150, and on the outer diameter or inner diameter of the guide member 220 corresponding to, the recesses and the corresponding convex portions that form mutually uneven coupling It also has a

The blocking film 130 may be made of one or more selected or laminated from a thin aluminum or synthetic resin material.

In addition, the space 114 between the partition 112 of the housing member 110 and the blocking film 130 and the interior of the containers 700 and 800, respectively, solid powder, liquid, It is preferred that one or more are optionally received from the gas.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the examples presented are for illustrative purposes only and the technical spirit of the present invention is not limited to these examples.

[First Embodiment]

1 is a longitudinal cross-sectional view of the capsule container 100 according to the present invention, Figure 2 is a longitudinal cross-sectional view of a state in which the capsule container 100 of Figure 1 is fastened to the beverage bottle 700, Figure 3 is an example of the use state of Figure 2 It is a cross section.

1 to 3, the capsule container 100 according to the present invention, the receiving member 110, the pressing member 120, which is integrally configured on the inner diameter of the receiving member 110, the pressing member 120 It has a configuration of the up and down flow member 150 configured in the inside and the blocking film 130 for the final adhesive bonding the bottom surface of the receiving member (110).

In more detail, the receiving member 110 is a cylindrical shape having an upper and lower end open, and the outer diameter 118 is the same diameter as the inner diameter 712 of the oil / exit hole formed in the common bottle 700. It has a shape and the upper end surface of the receiving member 110 is extended laterally is formed a locking step 111 is supported by the rim 711 of the flow opening and exit hole. In addition, a plurality of outlet holes 113 penetrating a predetermined portion of the side wall surface 117 at regular intervals is configured.

On the other hand, the pressing member 120, as shown in Figures 1 to 3, extending laterally from a predetermined portion of the inner diameter 115 of the receiving member 110 below the outlet hole 113, the receiving member 110 The partition wall 112 which divides the inside of the upper and lower portions is formed, and extends upward from the partition wall 112, and extends to the upper end surface of the locking jaw 111 or has a short cup-shaped tubular shape.

In addition, the pressing member 120, as described above, extends downward from the inner top surface 121 by a predetermined diameter, the upper and lower flow member 150 having a tip portion 151 at its lower end portion is configured The length is set to have a length shorter than the lower end surface of the receiving member 110.

Therefore, the capsule container 100 according to the present invention, since the receiving member 110, the pressing member 120, the vertical flow member 150 is formed integrally, it can be manufactured at a lower cost by the injection process, etc. There is an advantage.

Hereinafter, with reference to the accompanying Figures 2 and 3 will be described in detail the operating principle of the capsule container 100.

The capsule container 100 is inserted into an opening / exiting hole formed in a bottleneck portion of a bottle 700 as a container for drinking a drink or other substance therein so that the above-described locking jaw 111 is inserted into the oil container. It has a fastening principle that is supported by the rim 711 forming the access hole.

Here, the space portion 114 formed between the barrier film 130 and the partition wall 112 of the capsule container 100, and the receiving portion 750 inside the bottle 700 is a state in which different contents are accommodated to be. For example, when the bottle 700 including the capsule container 100 is for a beverage, the contents 20 such as water or carbonated beverages or tonic water are accommodated in the receiving portion 750 of the bottle 700. In the space 114, a stock solution such as a herbal medicine or cola, such as cola, or a stock solution whiskey may be accommodated in the space 114.

As another example, when the bottle 700 including the capsule container 100 is used as a compounding purpose according to a certain chemical action, the receiving portion 750 and the space portion 114 of the bottle 700, respectively An appropriate amount of chemicals and the like to be blended are contained.

Hereinafter, for convenience of description, it will be described in detail on the assumption that the bottle 700 containing the capsule container 100 is for a beverage.

As with a conventional container, a cover 720 is provided to open or close the opening and the exit hole formed in the top surface of the bottleneck, and the top surface of the locking jaw 111 is formed on the inner top surface of the cover 720. The sealing member 730 of a flexible material capable of simultaneously pressing and sealing the edge 711 portion of the oil entering / exiting hole has an adhesive bonding.

The bottle 700 including the capsule container 100 having such a configuration, when the user usually wants to drink the contents 20 contained in the interior of the bottle 700, by removing the cover 720 is usually Drink in a way.

At this time, the air pressure is applied to the receiving portion 750 through the outlet hole 113 formed in the receiving member 110, the user withdraws via the outlet hole 113 when drinking the contents 20. As it flows out only by an amount corresponding to the diameter size of the outlet hole 113 and the number of the outlet hole 113, there is an advantage that it does not pollute the user's clothes by preventing excessive leakage of the contents.

Thereafter, according to the intention of the user, the contents 30 mixed with the contents 10 accommodated in the space 114 of the capsule container 100 and the contents 20 accommodated inside the bottle 700 are drunk. If you want to, a predetermined pressing force (P) is applied to the pressing member (120).

Here, the part surface of the pressing member 120 is formed with the upper and lower flow members 150, the thickness and the material can have a predetermined elastic restoring force when the pressing force (P) is applied as shown in FIG. The shape of the upper and lower flow member 150 is to perform a downward movement to rupture the blocking film 130, and after that, if the release of the pressing force (P) has a working principle to restore the original again.

Therefore, the contents 10 accommodated in the space 114 are introduced into the bottle 700, and the contents 10 and 20 are mixed with each other.

In this case, the user shakes the bottle 700 in a state in which the oil / exit hole of the bottle 700 is closed using the cover 720 described above, and further maximizes the mixing action, and then drinks the mixed content 30. can do.

Preferably, on the outer diameter 118 of the receiving member 110, a gauge having a well-known scale to recognize the capacity of the contents contained in the receiving portion 750 is formed in the receiving member 110 While the contents 20 contained therein are used for drinking or withdrawal, the dilution or compounding can be achieved through the capsule container 100 according to the user's intention, and when used for beverages or chemical mixing, etc. By implementing the bottle 700 and / or receiving member 110, such as a transparent member or a semi-transparent member, it may be made to observe the compounding action, such as chemical or dilution.

Second Embodiment

Figure 4 is a partial cutaway cross-sectional perspective view showing another example of the capsule container 200 according to the present invention, Figure 5 is a cross-sectional view illustrating a state of use of the capsule container 200 of FIG.

4 and 5, the capsule container 200, the receiving member 110, the pressing member 120 is formed on the upper end of the sliding member is inserted into the interior of the receiving member 110, the upper and lower sides The pressurizing member 120 and the upper and lower flow member 150, the flow member 150 is formed, and has a schematic configuration including a closing film 130 is closed and adhered to the lower end of the receiving member (110).

In more detail, the receiving member 110 has a configuration similar to that of the first embodiment, but includes a partition wall 112 that partitions the upper and lower portions of the receiving member 110 and the partition wall 112. A constitutional feature includes a hollow penetrating vertically through a central portion, a cylindrical guide member 220 installed upwardly from the inner diameter of the hollow side, and a blocking film 130 that is closed and adhered to the bottom surface of the receiving member 110. Has

On the other hand, the vertical flow member 150, having a tip portion 151 on the bottom surface, is inserted into the hollow so as to be able to move up and down, more specifically, the upper surface and the outer diameter of the guide member 220 It is provided with a guide end 251 erected below to have an inner diameter of the same shape and size. As shown in FIG. 4, the outer diameter and the inner diameter of the guide member 220 are fastened in a state in which the guide end 251 is closely contacted by the outer diameter of the upper and lower flow members 150, thereby preventing their mutual departure. Of course, it is configured to perform the up and down sliding motion stably.

At this time, in the state where the upper and lower flow members 150 are slid to the top of the guide member 220, the recess 252 and the corresponding convex portion (252) and the corresponding portion (150) 224 is preferably configured to be configured to suppress the downward sliding movement due to the uneven coupling.

In more detail, the effect of the above-described first embodiment, as usual, while drinking the contents contained in the interior of the bottle 700, as the user intended, the upper surface of the above-mentioned pressing member 120 The predetermined pressing force P is applied to the. The pressing force P acting here means the strength of the force such that the uneven coupling by the recess 252 and the convex portion 224 can be elastically released, and the pressing force P of such strength is applied. When the concave-convex coupling by the concave portion 252 and the convex portion 224 is released elastically, the outer diameter of the upper and lower flow members 150 and the inner diameter of the guide end 251 are downward along the inner and outer diameters of the guide member 220. You are guided. Therefore, the tip portion 151 formed at the lower end of the upper and lower flow members 150 reaches the blocking film 130 which finishes the lower end of the receiving member 110, thereby rupturing it, and the inside of the capsule container 200. The contents contained in the space 152 is introduced into the interior of the bottle 700 has an operating principle that the mixed contents 30 as described above are generated.

Therefore, as in the first embodiment described above, there is an effect of enabling a safer up and down sliding movement by consisting of two components instead of an integrated configuration.

Since the drinking principle is the same as the first embodiment described above, a detailed description thereof will be omitted.

Third Embodiment

6 is a longitudinal sectional view showing still another example of the capsule container 300 according to the present invention, illustrating a modified design configuration of the second embodiment described above.

Looking at Figure 6, having a configuration similar to the second embodiment described above, an extension end 324 and the extension end 324 consisting of an extended inner diameter is cut by a predetermined thickness and height of the upper surface of the guide member 220; ) And a stepped portion 325 having a locking step shape is formed at the lower end of the extension end 324.

Here, the pressing member 120 is formed with a catching portion 326, the upper surface of which extends laterally the same size as the extension end 324, the pressing member 120 and the vertical flow member 150 As in the first and second embodiments, the locking portion 326 is caught and supported by the stepped portion 325 during the rupture of the blocking film 130 by the tip portion 151, thereby preventing downward movement. Perform

In addition, a return spring (not shown) is interposed between the extension part 324, that is, the locking part 326 and the step part 325, according to a manufacturer's choice, to rupture the blocking film 130 as described above. After the integrated pressure member 120 and the vertical flow member 150 may be configured to be elastically restored upward.

Therefore, while the configuration of the guide end 251 disclosed in the above-described second embodiment can be omitted, there is an effect that a stable up and down slide movement is possible.

Fourth Embodiment

7 is a longitudinal cross-sectional view showing another example of the capsule container 400 according to the present invention, illustrating a plurality of outlet holes 113 formed on the partition wall (112).

Referring to FIG. 7, in addition to the configuration of the outlet hole 113, the configuration of the upper and lower flow members 150 and the guide member 220 of the third embodiment disclosed above is partially applied.

In more detail, the guide member 220 which is entered into the cylindrical shape from the upper and lower end surfaces of the partition 112, and the locking portion 326 extending laterally with the same diameter as the upper inner diameter of the guide member 220 is a pressing member The upper surface of the 120 is configured.

Here, the guide member 220 which is inserted below from the bottom surface of the partition wall 112 has an inner diameter that abuts with the outer diameter of the up and down flow member 150, the same height as the bottom surface of the receiving member 110. As it is implemented in a cylindrical shape extending downward, the lower surface has a configuration in which the blocking film 130 is finished adhesive.

Therefore, the outer diameter of the engaging portion 326 and the vertical flow member 150 is guided up and down sliding by the inner diameter of the guide member 220 vertically placed from the upper end surface of the partition 112, and reaches below, It has an operating principle supported on the guide member 220 and the partition 112.

Of course, before the locking portion 326 is caught by the partition wall 112, the blocking film 130 is ruptured so that the mixing action of the contents can be performed as described above.

In addition, as in the third embodiment, the above-mentioned action is provided inside the extension end 324, that is, through a return spring (not shown) on the engaging portion 326 and the corresponding partition wall 112. The effect may also be achieved.

[Example 5]

8 is an exploded perspective view showing a state in which any one of the capsule container (100, 200, 300, 400) according to the present invention is applied to the bucket container 800, the capsule disclosed in the first to fourth embodiments described above The container 100, 200, 300, 400 is inserted into and supported by the bucket container 800 containing the paint and the like, and when the cover (not shown) is opened, the contents are prevented from leaking and splashing, and the foam, etc. due to the foaming is generated. There is an effect that can be prevented.

In addition, the above-mentioned capsule container (100, 200, 300, 400), all implemented as a module can be provided to the user in a variety of contents for the purpose of the user is intended to use in the inner space of the capsule container is accommodated. have.

In detail, the paint is used as an example, and after drawing and using the desired amount of paint, the capsule container in which the paint or the like reaches the appropriate amount or contains thinner or water, as the user intends, is operated. Dilution with paint, thinner or water can be carried out. Of course, since the capsule container containing the thinner or water can be purchased separately, after separating the capsule container completed the discharge of the contents from the bucket container 800, the capsule container containing the thinner or water, etc. Insertion into and out of the opening and exit hole 810 and fastening so that the locking jaw 111 of the receiving member 110 can be caught and supported by the rim 811 can be easily diluted with a desired amount of thinner or water. It can be carried out. Therefore, the worker does not need to provide a separate water or thinner, etc., and there is an advantage such that the painting work can be easily performed at any time and any place.

The capsule container according to the present invention described above may be variously modified. In other words, each specific component of the first to fourth embodiments can be selectively combined with each other, which is also within the technical scope of the present invention.

As described above, the capsule container according to the present invention can be applied to various containers such as a beverage container, a bucket container, and can be combined with a fluid, as well as a particulate solid, etc. It is operated to drink or withdraw the contents contained in the container or bucket container, and according to the user's intention, the contents contained in the capsule container can be combined with the contents stored in the beverage container or the bucket container to efficiently mix the two contents. It has the advantage that you can drink or use it.

In addition, when the lid of the beverage container and / or bucket container, or drinking, or withdraw the contents from the container when the contents are not splashed or spilled to the outside there is an advantage that can be used safely.

In addition, it is very useful that the capsule container is manufactured as a module, and that one or more capsule containers can be blended in a specific ratio with the contents contained in the beverage container and / or the bucket container according to the manufacturer's intention. It is an invention.

Claims (10)

A cylindrical receiving member 110 having both ends open; A partition wall 112 extending inward from a predetermined portion of the inner diameter 115 of the accommodation member 110 to partition the upper and lower portions; At least one outlet hole 113 penetrating the partition wall 112 or the side wall surface 117 of the accommodation member 110 positioned above the partition wall 112 at regular intervals; An inverted cup-shaped pressing member 120 extending upward from a predetermined portion of the partition wall 112 by a predetermined length; An upper and lower flow member 150 extending downward a predetermined length from an inner upper surface 121 of the pressing member 120 and having a tip portion 151 at a lower end thereof; Blocking film 130 for closing the bottom surface of the receiving member 110; including, inside and outside the opening and exit hole (710, 810) of the common container (700, 800) is well known Capsule container, characterized in that inserted into the support. The method of claim 1, wherein the pressing member 120, Capsule container, characterized in that the up and down flow member 150 and the corresponding portion surface is selected from the material having a predetermined elastic restoring force. The method of claim 1, A hollow vertically penetrating the central portion of the partition 112; A cylindrical guide member 220 extending upward from the partition wall 112 or the hollow inner diameter; As the receiving member 110 and the individual body, the vertical flow member 150 is inserted into the hollow and made to be supported by the guide member 220 and the vertical sliding and having a pressing member 120 on the upper surface; Capsule container, characterized in that consisting of. The method of claim 3, A catching jaw 111 in which an upper end surface of the receiving member 110 extends laterally; A guide end 251 in which an upper end surface of the pressing member 120 is inserted downward to have an inner diameter having the same shape and size as the outer diameter of the guide member 220 such that the inner diameter is in contact with the outer diameter of the guide member 120; Capsule container further comprising. The method of claim 3, The partition wall 112 is a capsule container, characterized in that the streamlined curved from the outflow hole (113). The method of claim 3, The upper and lower flow members 150, the bottom surface is opened and the remaining surface is closed, a predetermined space portion 152 is formed therein, and the reverse cup shape having the tip portion 151 at the lower end, characterized in that Capsule container. The method according to claim 3 or 4, The guide member 220 is provided with an extended end 324 and an stepped portion 325 having an extended inner diameter by cutting the upper end surface to a predetermined thickness and a predetermined height; The pressing member 120, the upper end of the capsule container further comprises a locking portion 326 extending laterally to the same size as the extension end 324 is supported by the stepped portion 325 in the downward movement. The method according to claim 3 or 4, On the inner diameter of the guide end 251 or an outer diameter predetermined portion of the upper and lower flow members 150, and on the outer diameter or inner diameter of the guide member 220 corresponding thereto, recesses and corresponding convex portions that form mutually uneven coupling are provided. Capsule container, characterized in that. The method according to any one of claims 1 to 6, The blocking film 130 is a capsule container, characterized in that one or more selected or laminated from a thin film of aluminum or synthetic resin material. The method according to any one of claims 1 to 6, In the space 114 between the partition 112 and the blocking film 130 of the receiving member 110 and the interior of the container 700, 800, one from the solid powder, liquid, gas of different components, respectively Or more capsules are optionally accommodated.