WO2018026158A1

WO2018026158A1 - Portable cup set for beverage extraction and beverage storage

Info

Publication number: WO2018026158A1
Application number: PCT/KR2017/008265
Authority: WO
Inventors: 김윤우
Original assignee: 김윤우
Priority date: 2016-08-01
Filing date: 2017-08-01
Publication date: 2018-02-08
Also published as: KR20180014673A

Abstract

The present invention relates to a portable cup set for beverage extraction and beverage storage and provides a portable cup set capable of easily extracting beverage from an extraction raw material and a portable cup set for beverage extraction and beverage storage which can extract beverage by using the portable cup set and can be used for storing and drinking beverage. The components of the portable cup set for beverage extraction and beverage storage are configured so as to be disassembled and re-assembled according to usage such as storage or drinking of beverage, water supply to a receiver receiving a tea extraction raw material, and collection of extracted beverage, thereby improving user's convenience.

Description

Portable cup sets for beverage extraction and beverage storage

The present invention relates to a portable cup set for beverage extraction and beverage storage, a portable cup set that can easily extract the beverage from the extraction material, and the beverage can be extracted using the portable cup set, the beverage is stored and A portable cup set for beverage extraction and beverage storage that can be used for drinking.

Various kinds of beverages such as coffee, black tea, green tea, etc., which are widely consumed at present, are manufactured by processing coffee beans or tea leaves to extract active ingredients by hot or cold water.

By the way, this type of beverage is required to go through several steps to ensure that the active ingredient of the concentration suitable for drinking from the raw material in the hot or cold water, it takes a lot of effort and time until the beverage is completed.

In order to solve this drawback, the above-mentioned beverages are mostly distributed in a processed state so that the active ingredient can be extracted simply by adding hot water or cold water to the extracted raw materials.

For example, the coffee can be easily extracted by using a beverage extraction device that can inject water vapor into the capsule containing the extraction material as disclosed in the Republic of Korea Patent Publication No. 10-1215531.

Alternatively, black tea and green tea have been used, such as allowing the active ingredient to leach by putting a tea bag containing an extract raw material into a container and then adding hot or cold water.

In other words, a variety of tools and methods are currently used for beverages that extract active ingredients from beverages for drinking and to improve the convenience of beverage production, and research and development on them are also continuing.

Embodiment of the present invention is to provide a flow controller for a beverage extraction device that can easily extract the beverage.

In addition, an embodiment of the present invention is to provide a portable cup set for beverage extraction and beverage storage that can be easily extracted by using the beverage extraction cartridge, can also be used for storage and drinking of beverage.

According to an aspect of the present invention, the present invention includes a first receiving space is formed therein, the upper side is open to the first receptor, the first receptor is contained in the inside, the receiving space is formed inside, the second open side Receptacle is included in the second receptor, the receiving space is formed therein, the upper side is formed with a third receptor and a flow control portion formed on the upper side and formed on one side of the main body and combined with any one of the lower side of the receptor And at least one flow controller including an upper coupling portion, wherein the flow controller includes a portable cup set for beverage extraction and beverage storage for controlling the amount of fluid flowing through the through-hole of the receptor, the through-hole of which is formed in the bottom of the receptor. to provide.

According to a preferred embodiment of the present invention, the flow regulator of the present invention may preferably further include a lower coupling portion formed on the other side of the body and coupled to the upper side of any one of the receptors.

According to a preferred aspect of the present invention, the amount of fluid passing through the flow regulating portion of the present invention is preferably formed on the screw head and the lower surface of the receiver is coupled to the threaded through-hole formed in the flow regulating body main body and the After combining the screw turning hole formed in a shape capable of coupling with the screw head shape, it may be to adjust by rotating the flow rate adjustment screw.

According to a preferred aspect of the present invention, the amount of fluid passing through the flow regulating portion of the present invention is preferably formed on the screw head and the flow rate adjusting unit body coupled with the screwing through hole formed in the bottom surface of the receiver and the After combining the screw turning hole formed in a shape capable of coupling with the screw head shape, it may be to adjust by rotating the flow rate adjustment screw.

According to a preferred aspect of the present invention, the amount of fluid passing through the flow regulating portion of the present invention is preferably a first screw thread formed in the upper coupling portion of the conical or truncated cone-shaped structure formed in the central portion of the flow regulating portion and It may be adjusted according to the degree of close contact with the conical coupling through-hole formed on the bottom surface of the receptor by the up and down motion by the coupling of the second screw thread formed on the lower side of the receptor and formed in a shape that can be combined with the conical or truncated cone-shaped structure.

According to another aspect of the present invention, the present invention is a receiving space is formed inside, the first receptor is open on the upper side, is included in the first receptor, the receiving space is formed inside, the second open upper Receptor, contained in the second receptor, the receiving space is formed therein, the upper body is formed with a third receptor and a flow control portion, the upper binding portion and the receptor coupled to the bottom of any one of the receptor A flow regulator including a lower binding portion coupled to an upper side of any one of the receptors, wherein the bottom of the one receptor is the bottom of the first receptor, and the upper side of the one receptor is the upper side of the third receptor, The flow regulator provides a portable cup set for beverage extraction and beverage storage to control the amount of fluid flowing through the through-hole formed in the bottom of the first receptor.

According to another aspect of the present invention, the present invention is a receiving space is formed inside, the first receptor is open on the upper side, is included in the first receptor, the receiving space is formed inside, the second open upper A flow rate including a receptor, the second receptor included in the interior, the receiving space is formed therein, the upper body is formed with a third receptor and a flow rate control portion, the upper coupling portion coupled to the bottom of any one of the receptors And a regulator, wherein the bottom of the one receptor is the bottom of the first receptor, and the flow regulator is a portable cup for beverage extraction and beverage storage for controlling the amount of fluid flowing through the opening formed in the bottom of the first receptor. Provide a set.

According to another aspect of the present invention, the present invention is a receiving space is formed inside, the first receptor is open on the upper side, is included in the first receptor, the receiving space is formed inside, the second open upper A flow rate including a receptor, the second receptor included in the interior, the receiving space is formed therein, the upper body is formed with a third receptor and a flow rate control portion, the upper coupling portion coupled to the bottom of any one of the receptors And a regulator, wherein a bottom of the one receptor is a bottom of the third receptor, and the flow regulator is a portable cup for beverage extraction and beverage storage for controlling the amount of fluid flowing through the opening formed in the bottom of the third receptor. Provide a set.

According to another aspect of the present invention, the present invention is a receiving space is formed inside, the first receptor is open on the upper side, is included in the first receptor, the receiving space is formed inside, the second open upper A flow rate including a receptor, the second receptor included in the interior, the receiving space is formed therein, the upper body is formed with a third receptor and a flow rate control portion, the upper coupling portion coupled to the bottom of any one of the receptors And a regulator, wherein a bottom of the one receptor is a bottom of the second receptor, and the flow controller is a portable cup for beverage extraction and beverage storage for controlling the amount of fluid flowing through the opening formed in the bottom of the second receptor. Provide a set.

According to still another aspect of the present invention, the present invention includes a first container having an accommodation space formed therein and having an upper side opened, the first receptor being included in the first receptor, and having an accommodation space formed therein, and having an upper side opened. In the flow controller is coupled to the portable cup set for beverage extraction and beverage storage comprising a second receptor, the second receptor is contained in the interior, the receiving space is formed inside, the upper side is opened, the flow control device, The unit provides a flow controller for a portable cup set including a main body formed with a flow control unit, an upper coupling unit for coupling with the bottom of any one of the receptors, and a lower coupling unit for coupling with an upper side of any one of the receptors.

According to an embodiment of the present invention, the receptor containing the tea extract raw material simply binds another receptor containing the hot or cold water so that the hot or cold water passes through the extract raw material and the beverage from which the active ingredient is extracted is discharged. By being configured for easy disposal, the efficiency of the beverage extraction operation can be improved.

In addition, according to an embodiment of the present invention, the components of the portable cup set for beverage extraction and beverage storage are decomposed and re-made according to the purpose of storing or drinking beverages, collecting water and extracting beverages in the container containing the tea extract raw materials, and the like. By being configured to be assembled, the user's convenience can be improved.

1 is a perspective view of a portable cup set

2 is an exploded view of a portable cup set

3 is a state of use of the portable cup set

4 is a cross-sectional view of a flow regulator included in a portable cup set;

5 is a top view (left) of the flow regulator included in the portable cup set and a bottom view (right) of the first receptor included in the portable cup set.

Figure 6 is a cross-sectional view of the binding state (Example 1) of the flow regulator and the first receptor included in the portable cup set

Figure 7 is a cross-sectional view of the binding state (Example 2) of the flow regulator and the first receptor included in the portable cup set

Figure 8 is a cross-sectional view of the binding state (Example 3) of the flow regulator and the first receptor included in the portable cup set

9 is a perspective view of a portable cup set;

10 is an exploded view of a portable cup set

11 is a cross-sectional view of a portable cup set

12 is a flowchart illustrating a method of using a portable cup set.

As the invention allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all transformations, equivalents, and substitutes included in the spirit and scope of the present invention. In the following description of the present invention, if it is determined that the detailed description of the related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 are a perspective view, an exploded view and a state diagram of the portable cup set for beverage extraction and beverage storage according to an embodiment of the present invention.

1 to 3, the portable cup set 1 for beverage extraction and beverage storage according to an embodiment of the present invention includes a first receptor 10, a second receptor 20, and a third receptor 30. , Cover 40, insertion hole 41, stop rib 42, coupling portion 43, flow regulator 50, the main body 51, upper coupling portion 52, lower coupling portion 53, screw Combined through hole 54, threaded through hole 55, flow control screw 56, conical or truncated conical structure 56-1, first screw thread 56-2,7, second screw thread 56-3 8, a screw head 56-4, a permeation space 56-5, and an upper filter 60.

The first container 10 is a container in which an inner accommodation space is formed and an upper side thereof is opened, and its outer shape has a cylindrical or truncated cone shape. In addition, a fixing part may be formed in the first receptor 10 to be coupled to the second receptor 20.

The second container 20 is a container in which an inner accommodating space is formed and an upper side thereof is opened. The second container 20 has a cylindrical or truncated cone shape. In addition, a fixing part may be formed in the second receptor 20 to be coupled to the first receptor 10.

The third container 30 is a container in which an inner accommodating space is formed and an upper side thereof is opened, and its outer shape has a cylindrical or truncated cone shape. In addition, the third receptor 30 may be formed with a fixing portion capable of binding to the second receptor 20.

In order for the fixing parts to be fastened to each other, the fixing parts must be in contact with each other. Thus, as shown, the third receptor 30 is inserted into the outer receiving space in the second receptor 20, and the second receptor 20 is formed to be inserted into the outer receiving space in the first receptor 10. do.

The cover 40 covers the upper side of the receptor and is formed to be fastened to the upper end of the receptor. One side edge portion of the cover 40, the engaging portion 43 is formed to protrude, the engaging portion 43 is formed with a locking jaw or thread.

A stop rib 42 protrudes from the edge portion of the cover 40 in the radial direction, that is, the direction in which the outer circumference extends.

The stop rib 42 is formed to cover the upper end of the receptor when the cover 40 is coupled to the top of the receptor as shown. In addition, the stop rib 42 is formed to cover the upper end of the other receptor.

A portion excluding the edge of the cover 40 may be formed to protrude in a hemispherical direction in the other direction, that is, in a direction opposite to the direction in which the coupling portion 43 protrudes, as shown. Alternatively, although not shown, portions except for the edge of the cover 40 may be formed to protrude in various shapes such as a truncated cone toward the other direction, or may have a flat plate shape so as not to protrude in the other direction. have.

However, when the portion except the edge of the cover 40 protrudes in a hemispherical shape or a truncated cone shape in the other direction, the protruding portion is formed to be inserted into the open upper side of the receptor.

On the other hand, the insertion hole 41 is formed through the middle portion of the cover 40.

In the portable cup set 1 for beverage extraction and beverage storage having the configuration as described above, as shown in FIG. 1, the fixing portions of the first receptor 10 and the second receptor 20 are fastened to each other so that the second receptor ( When 20) is inserted into the first receptor 10, the second container 20 may be used as a container for storing or drinking a beverage in the accommodation space.

That is, after the beverage is accommodated in the receiving space of the second receptor 20, the cover 40 may be fastened to the upper side of the second receptor 20 to store the beverage, and the second receptor may be inserted into the insertion hole 41 by inserting a straw. The drink accommodated in 20 may be easily drunk.

The portable cup set 1 for beverage extraction and beverage storage as described above may also be utilized for extracting a beverage, which will be described with reference to FIGS. 2, 3 and 12.

2, 3 and 12 is an exploded view, a state diagram and a flow chart of the portable cup set 1 for beverage extraction and beverage storage according to an embodiment of the present invention.

When the beverage is to be extracted with the portable cup set 1 for beverage extraction and beverage storage 1, the first receptor 10, the second receptor 20 and the cover 40 are separated, respectively.

Then, the cover 40 is seated so that the open upper side of the second receptor 20 is covered as shown in FIG. 3.

As described above, the stop rib 42 is formed to be seated on the upper end of the second container 20, and although the other side of the cover 40 has a shape that protrudes in a hemispherical shape as shown, Since the cover 40 is formed to be inserted into the upper side of the receptor 20, the cover 40 is stably seated on the second receptor 20.

The third receptor 30 is seated in the cover 40.

Here, the third container 30 has a receiving body is formed therein, the discharge port is formed on one side and the raw material inlet is formed on the other side. And although not shown, the extraction material is accommodated in the receiving space in the receiving body.

The other side of the cover 40 is seated so that the outlet formed on one side of the third container 30 toward the insertion hole 41.

The first receptor 10 is coupled to the other side of the third receptor 30 seated on the cover 40.

Subsequently, when a liquid such as hot water or cold water, other beverages, alcohol, or the like is added to the open upper side of the first receptor 10, the liquid is introduced into the raw material inlet through the threaded through hole 54 and the screwing through hole 55. Pass the extraction raw material in the receiving body. Accordingly, the active ingredient in the extraction raw material is extracted by the liquid, and the finished beverage containing the active ingredient in the liquid passes through the discharge port and the insertion hole 41 and is collected in the receiving space in the second container 20.

As such, the portable cup set 1 for beverage extraction and beverage storage recombined with the third receptor 30 interposed therebetween may also be utilized for extracting beverages.

4 to 8, the flow controller 50 according to an embodiment of the present invention is the main body 51, the upper coupling portion 52, the lower coupling portion 53, screwing through holes 54, screws It includes a turning through hole 55, the flow adjustment screw 56, the flow adjustment screw 56 is a conical or truncated cone-shaped structure (56-1), the first screw thread (56-2, 7), the second screw thread (56-3, 8), screw head (56-4), permeable space (56-5).

The upper filter 60 covers the upper portion of the filled tea to prevent direct contact with the fluid when the tea is filled with a beverage, such as coffee, in the beverage extracting container. It falls directly and prevents the formation of waterway.

부호의 설명Explanation of the sign

Portable Cup Set 1 First Receptor 10

Second Receptor 20 Third Receptor 30

Cover 40 Hole 41

Retaining rib 42 Combination 43

Flow Controller 50 Main Unit 51

Upper coupling part 52 Lower coupling part 53

Threading Holes 54 Threading Holes 55

Flow control screw 56 Cone or truncated conical structure 56-1,6

1st thread 56-2,7 2nd thread 56-3,8

Screw head 56-4 Pitcher space 56-5

Upper filter 60

실시예Example 1 One

4 to 6 in the embodiment of the flow controller 50 included in the portable cup set for the beverage extraction and beverage storage of the present inventors, the flow rate is adjusted to the threaded through hole 54 formed in the body 51 of the flow regulator 50 An embodiment in which the screw 56 is coupled and the screwing through hole 55 is formed in the first receptor 10 is illustrated.

The middle portion of the main body 51 of the circular shape is formed through the threaded through hole 54 through the flow rate control portion, the first receptor 10 through the upper coupling portion 52 formed in the upper direction on the edge of the main body 51 When is combined, the amount of fluid passing through the flow regulating portion is connected to the flow adjusting screw 56 and the bottom surface of the first container 10 coupled to the threaded through hole 54 formed through the flow regulating portion 50 After coupling the threaded through-hole 55 formed therethrough, it is adjusted by rotating the flow rate adjustment screw 56.

The flow adjusting screw 56 is composed of a conical or truncated cone shaped structure 56-1, a first screw thread 56-2, and a screw head 56-4.

The screw head 56-4 of the flow adjusting screw 56 coupled to the screw coupling through hole 54 formed through the flow control unit 50 has a screw turning hole formed corresponding to the screw head 56-4 shape. Combine with (55).

Then, by rotating the first receptor 10 coupled to the upper coupling portion in the left / right direction it is possible to rotate the flow control screw 56 in the left / right direction.

As a result, the amount of fluid is controlled by adjusting the distance between the conical or truncated conical structure 56-1 and the threaded through hole 54 by the left / right rotation of the flow adjusting screw 56.

Here, the fluid is formed from the first receptor (10) through the permeable space (56-5), which is a combined gap between the screw head (56-4) and the threaded through hole (55) of the flow adjusting screw (56). It will flow to the three receptors (30).

When the raw material inlet of the third receptor 20 is coupled through the lower coupling portion 53 formed in the main body 51, the fluid passing through the flow control part is moved into the third receptor 30.

실시예Example 2 2

7 is a flow adjusting screw 56 in the threaded through-hole 54 formed in the bottom surface of the first container 10 of the various embodiments of the flow controller 50 included in the present invention beverage extraction and beverage storage portable cup set Coupled, there is shown an embodiment in which a screw turning hole 55 is formed in the body 51 of the flow regulator 50.

In the middle portion of the main body 51 of the circular shape is formed through the threaded through-hole 55 through the flow rate control portion, the first receptor 10 through the upper coupling portion 52 formed in the upper direction on the edge of the main body 51 Is combined, the amount of fluid passing through the flow rate adjusting portion is a screw formed in the middle portion of the flow adjusting screw 56 and the main body 51 coupled to the threaded through-hole 54 formed through the first receptor (10) After combining the turning through holes 55, the flow rate adjusting screw 56 is rotated and adjusted.

The screw head 56-4 of the flow control screw 56 coupled to the threaded through hole 54 formed through the first receptor 10 has a screw turning hole formed corresponding to the screw head 56-4 shape. Combine with (55).

실시예Example 3 3

8 is a flow controller 50 in the threaded through hole 54 formed in the bottom surface of the first container 10 of the various embodiments of the present invention, the flow controller 50 included in the portable cup set for beverage extraction and beverage storage. The conical or truncated cone-shaped structure 56-6 formed at 51 is coupled to the first screw thread 56-7 and the second screw thread 56 formed at the upper coupling portion 52 and the lower side of the first receptor 10, respectively. -8) is shown an embodiment for adjusting the flow rate by the vertical motion generated during the coupling and separation process.

Here, the fluid flows from the first receptor 10 to the third receptor 30 through the permeation space 56-5, which is a hole formed around the conical or truncated structure 56-6.

기타 Other 실시예Example -유량조절 방식Flow control method

The present invention, the flow controller 50 included in the portable cup set for beverage extraction and beverage storage is the packing and the like coupled to the flow controller by the vertical motion generated during the coupling and detachment process of the screw thread in addition to the above embodiments 1 to 3 The sealing means can control the flow rate by opening and closing the through hole formed in the bottom of the receptor.

기타 Other 실시예Example -유량조절기 결합 위치Flow regulator coupling position

The upper coupling portion 52 of the flow controller 50 included in the present invention beverage extraction and beverage storage portable cup set is any one of the first receptor 10, the second receptor 20 and the third receptor 30. Can bind to the underside of the receptor.

기타 Other 실시예Example -유량조절기 Flow regulator 하측결합부Lower coupling part (53) (53) 포함여부Included

Lower coupling portion 53 of the flow controller 50 included in the present invention beverage extraction and beverage storage portable cup set can be selectively formed. When the lower coupling portion 53 is formed in the flow regulator 50, the lower coupling portion 53 is coupled to the upper side of the other receptor, when the lower coupling portion 53 is not formed in the flow regulator 50 flow regulator The receptor to which (50) is bound can be fixed by introducing into the other receptor from the bottom of the receptor (see FIGS. 9 to 11).

The present invention is a portable cup set for beverage extraction and beverage storage adopts a shape capable of producing a mold, there is industrial applicability.

Claims

An accommodation space is formed therein, and an upper side of the first receptor,

A second receptor included in the first receptor, an accommodation space formed therein, and an upper side opened;

A third receptor included in the second receptor, an accommodation space formed therein, and an upper side opened;

At least one flow controller including a main body formed with a flow rate control portion and an upper coupling portion formed on one side of the body and coupled to a lower side of any one or more of the receptors,

The flow regulator adjusts the amount of fluid flowing through the through hole of the receptor is formed in the bottom of the receptor of the receptor

Portable cup set for beverage extraction and beverage storage.
The method of claim 1,

The flow controller is formed on the other side of the main body and the portable cup set for beverage extraction and beverage storage, characterized in that it further comprises a lower coupling portion for coupling with the upper side of any one of the receptor.
The method of claim 1,

The amount of fluid passing through the flow regulating portion is combined with the screw head of the flow adjusting screw coupled to the screw coupling through hole formed in the flow control unit body and the screw turning through hole formed in the shape of the bottom of the receiver and engageable with the screw head shape. Thereafter, the portable cup set for beverage extraction and beverage storage, characterized in that for adjusting by rotating the flow rate adjustment screw.
The method of claim 1,

The amount of fluid passing through the flow control unit is combined with the screw head of the flow rate adjustment screw coupled to the threaded through hole formed on the bottom surface of the receiver and the screw turning hole formed in the flow control unit body and coupled to the screw head shape Thereafter, the portable cup set for beverage extraction and beverage storage, characterized in that for adjusting by rotating the flow rate adjustment screw.
The method of claim 1,

The amount of fluid passing through the flow regulating unit is a vertical motion due to the combination of the first screw thread formed in the upper coupling portion of the conical or truncated cone-shaped structure formed in the central portion of the flow regulating unit and the second screw thread formed on the lower side of the receiver. The portable cup set for beverage extraction and beverage storage, characterized in that adjusted according to the degree of close contact with the conical coupling through-hole formed on the bottom surface of the receptor and formed in a shape that can be combined with the conical or truncated cone-shaped structure.
An accommodation space is formed therein, and an upper side of the first receptor,

A second receptor included in the first receptor, an accommodation space formed therein, and an upper side opened;

A third receptor included in the second receptor, an accommodation space formed therein, and an upper side opened;

It includes a flow regulator including a main body formed with a flow control unit, an upper coupling portion for coupling with the bottom of any one of the receptors and the lower coupling portion for coupling with the upper side of any one of the receptors,

The bottom of any one of the receptors is the bottom of the first receptor,

The upper side of any one receptor is the upper side of the third receptor,

The flow regulator adjusts the amount of fluid flowing through the through hole formed in the bottom of the first receptor

Portable cup set for beverage extraction and beverage storage.
An accommodation space is formed therein, and an upper side of the first receptor,

A second receptor included in the first receptor, an accommodation space formed therein, and an upper side opened;

A third receptor included in the second receptor, an accommodation space formed therein, and an upper side opened;

A flow controller including a main body on which a flow controller is formed, and an upper coupling unit coupled to a bottom surface of any one of the receptors;

The bottom of any one of the receptors is the bottom of the first receptor,

The flow regulator adjusts the amount of fluid flowing through the through hole formed in the bottom of the first receptor

Portable cup set for beverage extraction and beverage storage.
An accommodation space is formed therein, and an upper side of the first receptor,

A second receptor included in the first receptor, an accommodation space formed therein, and an upper side opened;

A third receptor included in the second receptor, an accommodation space formed therein, and an upper side opened;

A flow controller including a main body on which a flow controller is formed, and an upper coupling unit coupled to a bottom surface of any one of the receptors;

The bottom of any one of the receptors is the bottom of the third receptor,

The flow regulator adjusts the amount of fluid flowing through the through hole formed in the bottom of the third receptor

Portable cup set for beverage extraction and beverage storage.
An accommodation space is formed therein, and an upper side of the first receptor,

A second receptor included in the first receptor, an accommodation space formed therein, and an upper side opened;

A third receptor included in the second receptor, an accommodation space formed therein, and an upper side opened;

A flow controller including a main body on which a flow controller is formed, and an upper coupling unit coupled to a bottom surface of any one of the receptors;

The bottom of any one of the receptors is the bottom of the second receptor,

The flow regulator adjusts the amount of fluid flowing through the through hole formed in the bottom of the second receptor

Portable cup set for beverage extraction and beverage storage.
An accommodation space is formed therein, the first receptor having an open upper side, contained in the first receptor, an accommodation space formed therein, a second receptor having an open upper side, included in the second receptor, In the flow controller is formed in the receiving space, coupled to the portable cup set for beverage extraction and beverage storage comprising a third receptor, the upper side is opened,

The flow rate control unit is a main body formed with a flow rate control unit, the upper coupling portion for coupling with the bottom of any one of the receptor and the lower coupling portion for coupling with the upper side of any one of the receptor

Containing

Flow regulator for portable cup set.