KR102682669B1 - Assemble-able mixing container - Google Patents

Abstract

The present invention relates to a prefabricated mixing container, which has a spiral fastening opening and closing portion formed on the upper side so that it can be opened and closed with a lid, a two-way open inlet tunnel portion formed with an inward spiral portion on the lower side, and an internal space portion for accommodating contents between the upper and lower sides. one mixing vessel; a communication stopper sealing the lower inlet tunnel part of the mixing container and having one or more mixing communication ports; An auxiliary tool that can be coupled to the lower inlet tunnel part to the inlet tunnel part at the bottom of the communication plug; It is configured to press fit or rotate the upper screw connection opening and closing part of the lower mixing container to the lower inlet tunnel part of the upper mixing container sealed by the communication stopper, or by rotating a general bottle using an auxiliary tool as necessary, By pushing up the communication plug where the mixing communication port is formed, the mixing communication port of the communication plug can be exposed in the inner space of the upper mixing container, thereby combining multiple mixing containers or connecting a regular bottle to the mixing container and communicating with each container. It relates to an assembled mixing container that allows the contents to be easily and conveniently mixed without separate tools, allowing for the easy production of cocktails, highballs, etc.

Description

Assemble-able mixing container}

The present invention relates to a prefabricated mixing container that can easily produce a mixed drink by combining and communicating mixing containers containing different contents and mixing the respective contents without a separate container.

Regarding making and drinking cocktails or highballs by mixing carbonated water, tonic water, soft drink, juice, etc. in a certain ratio with spirits such as whiskey or vodka, soju, which is relatively inexpensive compared to expensive spirits, carbonated water, It is becoming a trend to drink drinks mixed with syrup and other ingredients in a certain ratio as a substitute for cocktails. In relation to this, in order to easily produce mixed drinks without using a separate ounce cup or shaker, Patent Application No. 10-2014-0004344 is a bottle end of a mixing container in which a plurality of bottles are connected to each other to mix the contents contained therein. In the mixing container, a receiving space is formed inside to accommodate the contents, an outlet is formed at the upper side, a fastening part is formed around the outlet, a receiving body is opened at the lower side, and the middle part of the bottle end is provided. A connecting portion is formed to protrude, and an inlet hole whose inner peripheral surface has a shape corresponding to that of the fastening portion is formed within the connecting portion so that the outlet can be inserted while being fastened, and a sealing film is formed at the upper end of the connecting portion to close the inlet hole, The edge portion of the bottle end is formed to have a shape that can be combined with the lower end of the receiving body, and the sealing film is formed at the front end of the coupling portion in the process in which the outlet is inserted into the connecting portion and the inner peripheral surface of the fastening portion and the inlet hole are fastened. A bottle end is proposed that is pressurized and ruptured and the inlet hole is opened.

The present invention also relates to a prefabricated mixing container, which can produce various types of mixed drinks by combining mixing containers containing different beverages with each other or by combining and communicating a mixing container and a general bottle. will be.

The present invention relates to an assembled mixing container, which can produce various types of mixed drinks without a separate container by combining a plurality of mixing containers containing different beverages with each other or by combining a mixing container and a general bottle and making them communicate. We would like to provide an assembled mixing container.

In order to solve the above problems,

The present invention relates to a mixing container having a spiral opening and closing portion formed on the upper side that can be opened and closed with a lid, a two-way open inlet tunnel portion formed with an inward spiral portion on the lower side, and an internal space portion for accommodating contents between the upper and lower sides;

a communication plug that seals the lower inlet tunnel of the mixing container and has one or more mixing communication ports; It is configured to press fit the upper spiral fastening opening and closing part of the lower mixing container to the lower inlet tunnel part of the upper mixing container, which is sealed by the communication stopper, or rotate the upper open fastening part of the general bottle, so that the mixing communication port is formed. By pushing up the stopper to expose the mixing communication port of the communication stopper in the inner space of the upper mixing container, the upper and lower mixing containers can communicate with each other, creating an assembled mixing container in which the contents contained in the upper and lower mixing containers can be mixed. This is resolved by providing

In addition, the present invention is an assembled mixing method that can mix the contents of the general bottle and the contents of the upper mixing container by rotating and coupling the upper open fastening part of a general bottle, etc. to the lower inlet tunnel of the upper mixing container to push up the communication stopper. It is solved by providing courage.

In addition, the present invention includes an auxiliary tool that can be coupled to the inlet tunnel part at the bottom of the communication plug part to the lower inlet tunnel part; In addition, a general bottle having an open fastening part of different size can be combined with the mixing container, and at the same time, by rotating the general bottle and moving the auxiliary tool upward, the mixing communication port of the communication stopper can be connected to the inner space of the mixing container. This problem is solved by providing an assembled mixing container in which the mixing container at the top and the regular bottle at the bottom are exposed and communicated so that the contents contained in each can be mixed and manufactured without a separate container to produce a mixed beverage.

The present invention relates to an assembled mixing container, which allows the combined upper and lower containers to communicate by combining a plurality of mixing containers or combining a regular bottle with the mixing container, so that the contents contained in each container are stored without a separate tool. There is an effect that mixed drinks such as cocktails or highballs can be easily and hygienically produced by mixing easily and conveniently.

Figures 1 and 2 are implementation views of an assembled mixing container showing that a mixing container or a general bottle is coupled to the upper mixing container.
Figure 3 is an exploded perspective view of the components of an assembled mixing vessel.
Figures 4a to 6b are exploded detailed views of the components of the assembled mixing vessel.
Figures 7a to 8b are cross-sectional views showing the assembly of an assembled mixing vessel.
Figure 9 is an example of an assembled mixing vessel.

Hereinafter, a more detailed description will be given with reference to the attached drawings.

Prior to this, the terms or words used in this specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventor should appropriately define the concept of terms in order to explain his or her invention in the best way. It must be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle of definability.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent the entire technical idea of the present invention, so at the time of filing this application, they can be replaced. It should be understood that various equivalents and variations may exist.

The present invention relates to an assembled mixing container,

Broadly speaking, a spiral fastening opening/closing part 11 formed on the upper side to be able to be opened and closed with a lid (not shown), a two-way open inlet tunnel part 13 formed with an inward spiral part 13a on the lower side, and a device for receiving contents between the upper and lower sides. A mixing vessel (10) having an internal space (12);

a communication stopper (20) sealing the lower inlet tunnel part (13) of the mixing container (10) and having one or more mixing communication ports (21);

An auxiliary tool (30) located below the communication stopper (20) in the inlet tunnel part (13) and capable of being coupled to the inlet tunnel part (13); It is configured to press fit or rotate the upper screw connection opening and closing part 11 of the lower mixing container to the inlet tunnel part 13 of the upper mixing container sealed by the communication stopper 20, or use an auxiliary tool (if necessary). By rotating the general bottle 40 using 30), the communication plug 20 on which the mixing communication port 21 is formed is pushed up so that the mixing communication port of the communication plug is exposed in the inner space of the upper mixing container. This relates to an assembled mixing container in which the upper and lower mixing containers or general bottles are connected so that they can communicate with each other, and the contents contained therein can be mixed without separate tools.

More specifically,

The mixing container 10 includes a spiral opening and closing portion 11 on the upper side that is opened and closed with a lid (not shown); A two-way open inlet tunnel section (13) on the lower side; Between the upper and lower spiral fastening openings and closing portions (11) and the inlet tunnel portion (13), there is an internal space portion (12) in which the contents are accommodated; It is composed of

An inward spiral portion 13a is formed on the inner wall of the inlet tunnel portion 13, and it is also composed of a through opening 13b formed toward the inner space of the inlet tunnel portion.

The communication stopper 20 includes a sealing fitting portion 22 on the upper side; One or more mixing communication ports (21) drilled on the lower side of the sealing fitting portion; With a locking protrusion (23) formed on the bottom of the flue stopper; It is configured to insert the sealing part into the upper through opening (13b) of the inlet tunnel part (13) by press fitting it, so that the contents of the mixing container at the top can be sealed so that it does not leak out.

In addition, the auxiliary tool 30 includes an outer wall spiral portion 31 formed on the outer wall; an inner wall spiral portion 32 formed on the inner wall; With a hanging portion (33) formed on the lower side; It is configured so that when the open fastening part 41 of the general bottle 40 of various sizes is coupled to the inlet tunnel part 13 of the mixing container, the auxiliary tool hanger 33 is used at the bottom of the communication plug. After rotationally coupling it to the inward spiral part (13a) of the inlet tunnel part, the cover (not shown) of the general bottle is rotated and separated, and then the outer wall spiral (42) of the open fastener (41) is connected to the inner wall spiral part (32) of the auxiliary tool. When rotationally coupled to and continue to rotate, the auxiliary tool 30 moves upward along the inward spiral portion 13a of the inlet tunnel portion, allowing the communication plug portion 20 to be pushed up.

As an example,

The upper side of the mixing container 10 is provided with a spiral fastening opening and closing portion 11 that is opened and closed with a lid (not shown),

On the lower side of the mixing container, the inlet tunnel part 13 is integrated or separated, and the through opening 13b formed at the top of the inlet tunnel part 13 is connected to the sealed fitting part 22 of the communication stopper 20. It is sealed to prevent the contents of the internal space 12 from leaking out, and an inward spiral part 13a is formed on the inner wall of the inlet tunnel part 13, so that a mixing container or a general bottle 40 is combined with it. It can be.

As shown in FIGS. 4A and 4B and 7A and 7B, when another mixing container is coupled to the mixing container, the screw fastening opening and closing portion 11 of the other mixing container can be rotated and inserted into the inward spiral portion 13a at the top. When the mixing container at the bottom is rotated and moved upward, the communication plug portion (20) sealing the through opening (13b) is pushed up to the inner space (12) of the upper mixing container. By exposing (21), the upper and lower mixing containers are communicated so that the contents of the upper and lower mixing containers can be mixed with each other. When the communication plug (20) is pushed up and the mixing communication port is exposed to the internal space, the bottom surface of the communication plug is exposed to the inner space. The locking protrusion 23 formed integrally has an outer diameter larger than the inner circumference of the through opening, so that the communication stopper can be prevented from being separated from the through opening.

In addition, as shown in FIGS. 5A to 6B and 8A and 8B, when connecting the general bottle 40 to the mixing container 10, the cover (not shown) is removed and the open fastening portion 41 of the general bottle is closed. Since the sizes may be different, the open fastening part 41 is rotatably coupled to the inner wall spiral part 32 of the auxiliary tool to form the inward spiral part 13a of the inlet tunnel part 13 of the upper mixing container and the outer wall of the auxiliary tool 30. Using the spiral part 31, the auxiliary tool can be rotatably coupled to the inlet tunnel part of the upper mixing container, and by rotating the general bottle coupled with the auxiliary tool upward, the upper surface of the auxiliary tool pushes up the flue stopper part 20, The mixing communication port of the communication stopper is exposed to the inner space of the mixing container to allow communication between the mixing container at the top and the general bottle at the bottom, so that the contents of the mixing container at the top and the contents of the general bottle at the bottom are mixed without a separate container. made it possible to do so,

If necessary, as shown in FIGS. 3, 5A, and 5B, the hanging groove 33 is located on one side of the bottom of the auxiliary tool 30, and the flat screwdriver is inserted into the auxiliary tool 30 by inserting a flat screwdriver into the hanging groove 33. It is designed to serve as a handle that can rotate the auxiliary tool when it is rotatably coupled or separated from the inlet tunnel part. By rotating the auxiliary tool in one direction, the outer spiral part of the auxiliary tool is connected to the inward spiral part of the inlet tunnel part, so that the auxiliary tool The inlet tunnel part can be rotatably coupled or rotationally separated, and the auxiliary tool is rotatably coupled to the inlet tunnel part of the mixing container, and then the general bottle is rotatably coupled to the auxiliary tool, so that the general bottle combined with the auxiliary tool is rotated as described above. By moving upward, the mixing communication port of the communication stopper was exposed to the inner space of the mixing container, allowing the contents of the mixing container at the top and the contents of the general bottle at the bottom to be mixed.

In addition, as shown in FIG. 8B, the contents contained in the mixing container or the general bottle at the bottom can be communicated and mixed with each other through the mixing communication port of the communication plug exposed in the inner space of the mixing container at the top.

Additionally, as shown in FIG. 9, a plurality of mixing vessels may be combined.

Additionally, the communication stopper and the auxiliary tool may be manufactured as one piece as shown in FIGS. 6A and 6B, or may be manufactured separately as shown in FIGS. 5A and 5B.

In addition, a cover (14) can be attached or installed to seal the inlet tunnel portion of the mixing container.

Since the inference from known techniques is self-evident, it will not be described separately.

As described above, the present invention has been described with specific details, such as specific components, and limited embodiments and drawings, but this is provided only to facilitate a more general understanding of the present invention, and the present invention is not limited to the above embodiments. Various modifications and variations can be made from this description by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be limited to the described embodiments, and the scope of the patent claims described below as well as all modifications equivalent to or equivalent to the scope of the claims will fall within the scope of the present invention.

10. Mixing container
11. Spiral fastening opening and closing part
12. Internal space department
13. Inlet tunnel section
13a. inward helix
13b. Through opening
14. Cover
20. Flue stopper
21. Mixed flue port
22. Sealed fitting part
23. Stumbling block
30. Auxiliary equipment
31. External wall spiral part
32. Inner wall helix
33. Hanging home
40. Regular bottle
41. Open fastening part

Claims (8)

In the assembled mixing container,
A spiral fastening opening/closing portion (11) formed on the upper side so that it can be opened and closed with a lid (not shown), a through opening formed on the upper side, and an inward spiral portion (13a) formed on the lower side, and a two-way open inlet tunnel portion provided on the lower side. (13) and a mixing container (10) having an internal space portion (12) for accommodating the contents between the upper and lower sides;
A sealing fitting formed at the top to seal the through opening of the lower inlet tunnel part 13 of the mixing container 10 and a communication stopper 20 having one or more mixing communication ports 21 formed at the bottom of the sealing fitting. )and;
An auxiliary tool (30) is located at the lower part of the communication stopper (20) and has an outer wall spiral part (31) on its outer wall and a hanging groove (33) on one lower side thereof so that it can be coupled to the inlet tunnel part (13). ; It is configured so that the auxiliary tool 30 can be rotatably coupled to the inlet tunnel part 13 of the upper mixing container sealed by the communication stopper 20, and at this time, a straight line is formed in the hanging groove formed on one lower side of the auxiliary tool. By inserting the driver, the flat-blade screwdriver can serve as a handle to rotate the auxiliary tool when it is rotatably coupled or separated from the inlet tunnel part, and the upper mixing part sealed by the communication plug 20 After the auxiliary tool 30 is coupled to the inlet tunnel part 13 of the container, the normal bottle 40 is rotated and coupled to push the communication stopper part 20 on which the mixing communication port 21 is formed through the through opening. An assembled mixing container, characterized in that the contents contained in the upper and lower mixing containers or a general bottle can be mixed by exposing the mixing communication port of the communication plug in the inner space of the upper mixing container.
delete delete According to clause 1,
The auxiliary tool includes an inner wall spiral portion 32 formed on its inner wall; It further includes an assembled mixing container characterized in that the general bottle can be rotatably coupled to the auxiliary tool using the inner wall spiral part of the auxiliary tool and the open fastening part of the general bottle.
delete According to clause 1,
An assembled mixing container, characterized in that the auxiliary tool (30) located at the lower part of the communication stopper (20) can be formed integrally with or separate from the communication stopper.
According to clause 1,
A locking protrusion (23) is provided on the bottom of the flue stopper; An assembled mixing vessel characterized in that it can further include.
According to clause 1,
A cover 14 that can be attached or mounted on the inlet tunnel part of the mixing container to seal the inlet tunnel part; An assembled mixing vessel characterized in that it can further include.