KR20210022893A - Beverage container elastically stored in the additive in the cap - Google Patents

Abstract

The present invention relates to a beverage container for storing an additive. More specifically, the beverage container for storing an additive has a cup-shaped lower cap which has an outlet formed in a lower side wall thereof, locked and fixated by a cap hanger installed in a bottle inlet of the beverage container through a locking end provided to an upper end thereof to be inserted and installed into the beverage container, has an upper cap where a storage pipe forming a storage space by selectively closing the outlet of the lower cap and a fastening pipe screw-coupled to an outer circumferential surface of a bottle neck of the beverage container are integrated by the same closed surface of an upper end of the upper cap in a dual-pipe shape, and allow a user to drink an additive supported and fixated to the storage space by an elastic spring with a beverage of the beverage container discharged through the outlet after the upper cap is released from the bottle neck of the beverage container and is separated to enable the outlet which is a discharge passage of the beverage is opened to allow the additive to be exposed on the lower cap.

Description

Beverage container elastically stored in the additive in the cap}

The present invention relates to a beverage container for storing an additive, and more particularly, a cup-shaped lower cap with a discharge hole on the lower side wall is caught by a cap hanger installed at the bottling port of a beverage bottle through a locking end provided at the top. While being fixed, the receiving tube is inserted and installed toward the inside of the beverage bottle, and the storage tube forming a receiving space by selectively closing the discharge hole of the lower cap and the fastening tube screwed to the outer circumference of the bottle neck of the beverage bottle are the same upper end in the form of a double tube. An upper cap integrally formed by a closed surface is provided, and the additives supported and fixed by an elastic spring in the receiving space are provided with the upper cap being screwed off from the bottle neck of the beverage bottle, and the discharge hole serving as a discharge path for beverages. It relates to a beverage container for storing an additive that can be consumed together with the beverage of the beverage bottle discharged through the discharge hole after being exposed on the lower cap as it is separated to be opened.

With the development of manufacturing and distribution industries, consumers can easily purchase beverages and medicines in bottles of various sizes anywhere. In addition, the development of new products to satisfy consumers' purchasing desire is continuing, and when such new products are developed, the packaging of the product is different from the existing product in order to differentiate it from the existing product so that the new product can be more effectively recognized by consumers. It's a common trend to be different. In keeping with this trend, it is a well-known fact that the shapes of packaging containers, including glass bottles for packaging or storing beverage products, have indeed diversified.

Recently, a type of product has been developed and released in which a solvent and a solute are stored in separate locations, and the solute stored in the lid is mixed with the solvent of a beverage bottle and can be consumed during the drinking process. .

As such prior art, Korean Patent Registration No. 10-0602418 (Registration Date 2006.07.11; Container Closure), Korean Patent Publication No. 10-2009-0110695 (Publication Date 2009.10.22; Beverage Container Equipped with Mixed Raw Material Capsules), Korean Patent Application Publication No. 10-2013-0022369 (published date 2013.03.06; discharging device containing heterogeneous substances), Korean Patent Registration No. 10-1538759 (registration date 2015.07.16; container closure), Korean Patent Registration No. 10- No. 1515423 (registration date 2015.04.21; additive input bottle cap) is proposed.

All of the above-described prior arts are configured so that the solute in powder form stored in the lid immediately before drinking is poured into the solvent, which is a beverage inside the beverage bottle by the operation of the components, so that the solvent and the solute can be mixed and ingested.

Domestic Registration Patent No. 10-0602418 (Registration Date 2006.07.11.) Korean Patent Publication No. 10-2009-0110695 (published on October 22, 2009) Korean Patent Publication No. 10-2013-0022369 (published on 2013.03.06.) Domestic Registration Patent No. 10-1538759 (Registration Date 2015.07.16.) Domestic Registration Patent No. 10-1515423 (Registration Date 2015.04.21.)

An object of the present invention is to provide a beverage container that allows an additive to be stored in the lid, unlike ingesting a solute in a powder form in a lid and mixing it with a solvent, which is a beverage in a beverage bottle, immediately before drinking.

In addition, the present invention prevents the additives from being damaged due to friction with the receiving space in the receiving space during movement or distribution because the additives stored in the receiving space provided on the lid are in a solid form. Its purpose is to provide a beverage container that does not generate noise while rubbing against the accommodation space.

The present invention for achieving the above object is a cup-shaped lower cap provided with a discharge hole in the lower side wall is fixed to the cap hanger installed at the bottle inlet of the beverage bottle through a locking end provided at the upper side, and toward the inside of the beverage bottle. The upper part is integrally formed by the same upper closing surface in the form of a double pipe and a storage pipe that is inserted and installed and forms a storage space by selectively closing the discharge hole of the lower cap and a fastening pipe screwed to the outer circumference of the bottle neck The lower cap is provided with a cap, but the additive is supported and fixed in the receiving space by an elastic spring, as the upper cap is disengaged from the bottle neck of the beverage bottle and the discharge hole, which is a beverage discharge path, is released. It is characterized by ingestion with the beverage of the beverage bottle discharged through the discharge hole after being exposed to the image.

And the lower cap is formed extending so that the upper portion is closely inserted into the inner circumference of the bottle neck by locking the locking end to the cap hanger of the bottle inlet of the beverage bottle, and a discharge hole at the lower portion at regular intervals so that the beverage of the beverage bottle is discharged. Formed close tube; It is spaced apart from the inner periphery of the bottle neck by a certain distance and is connected to the contact pipe by a bridge formed between the discharge hole to close the lower surface of the contact tube to induce the beverage from the beverage bottle to be discharged through the discharge hole. Discharge induction part; A support pipe protruding from an upper end of the discharge induction part to an inner circumferential surface of the contact pipe above the upper end of the discharge hole by a predetermined distance; And the receiving tube of the upper cap is closely inserted into the separation distance between the contact tube and the support tube to close the discharge hole and form the receiving space in which the additive is accommodated together with the support tube, , Characterized in that the elastic spring is installed in the receiving space.

In addition, a sealing groove is provided at the inner periphery of the storage tube of the upper cap to prevent the beverage from the beverage bottle from penetrating into the accommodation space by enclosing the upper end of the support tube when the upper cap and the lower cap are in close contact. It is characterized by being.

In addition, at least one of the inner circumferential surface of the lower cap and the upper cap forming the receiving space is provided with a release bump that is supported by the elastic spring and prevents the moisture-proof pad contacting the additive from being separated. .

In addition, an air vent hole selectively opened and closed by an air vent cap is provided on an upper closed surface of the upper cap.

In addition, a locking frame is formed protruding from the outer circumference of the fastening pipe of the upper cap, and a protective cap is provided to cover and protect the bottle neck of the upper cap and the beverage bottle by providing a locking groove to be fixed to the locking frame on the inner circumference. It characterized in that it is included.

The present invention is characterized in that the additive is stored in the receiving space of the lid, and the additive is exposed when ingested so that it can be consumed together with the beverage inside the beverage bottle.

The present invention of the above features is configured by separating the lid into an upper cap and a lower cap so that an accommodation space is formed by combining the lid, wherein the upper cap is configured to be separated from the lower cap and the beverage bottle when drinking In addition to allowing the additives to be exposed, there is an advantage in that the lower cap has a discharge hole through which the beverage is discharged from the lower cap so that the additive and the beverage can be ingested together, so that it is easy to drink.

In addition, the receiving space provided in the lid of the present invention has the advantage of installing an elastic spring to prevent the solid additive from being damaged by shaking in the receiving space, and the additive does not fluctuate in the receiving space. There is an advantage in that it does not generate frictional noise at the source as the support and fixed state is maintained.

1 is a partially cut-away perspective view of a beverage container according to the present invention.
Figure 2 is a cross-sectional view of the coupling of Figure 1;
Figure 3 is a cross-sectional view of a state in which the upper cap is separated in Figure 2;

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, since the accompanying drawings show preferred embodiments of the present invention, the scope of the present invention is not limited by these drawings. In addition, even if the configuration is essential for carrying out the present invention, a detailed description thereof will be omitted for a configuration that belongs to a known technology or that a person skilled in the art can easily implement from a known technology.

1 to 3, the beverage container of the present invention includes a beverage bottle 10 having a screw thread 14 on the outer surface of the bottle neck 13, and a cap provided on the outer periphery of the bottle inlet 11 of the beverage bottle 10. The lower cap 100, in which the locking end 111, which is fixed to the hook 12, extends and inserts toward the inside of the beverage bottle 10, and a discharge hole 112 formed in the lower part of the lower cap 100, is selectively selected. An upper cap 200 integrally provided with a storage tube 210 that is closed to form an accommodation space 300 and a fastening tube 220 that is screwed to the beverage bottle 10, and is accommodated in the accommodation space 300 It is configured to include an additive (S), and an elastic spring 400 for supporting and fixing the additive (S) in the receiving space (300).

The beverage bottle 10 is integrally formed with a bottle neck 13 having a screw thread 14 formed on the upper outer surface of the bottle containing the beverage. And along the outer circumferential edge of the bottle inlet 11, which is the top of the bottleneck 13, a cap hanger 12 in a groove shape is formed.

The lower cap 100 is provided with a locking end 111 at the upper end that surrounds the cap hanger 12 and is inserted into the beverage bottle 10 in the form of a cup whose lower end is a closed surface. A plurality of discharge holes 112 are formed at regular intervals.

The lower cap 100 is preferably a contact pipe 110 formed in close contact with the inner circumferential surface of the bottle neck 13, and the bottle neck so that the beverage is discharged into the discharge hole 112 formed under the contact pipe 110. (13) It is composed of a discharge induction part 120 spaced apart from the inner circumferential surface by a certain distance D1, and a support pipe 130 formed to protrude upward from the upper end of the discharge induction part 120.

In addition, the contact pipe 110 is in close contact with the inner circumferential surface of the bottle neck 13 while the locking end 111 formed on the upper end surrounds the cap hanger 12 formed at the bottle inlet 11 so as to face the inside of the beverage bottle 10. Is inserted. Due to this configuration, leakage of beverages between the bottle inlet 11 and the contact pipe 110 is prevented.

In addition, a discharge induction part 120 is integrally formed under the contact pipe 110 inserted into the beverage bottle 10. Since the discharge induction part 120 is installed to maintain a constant distance D1 from the inner circumferential surface of the bottleneck 13, the discharge induction part is relatively narrower than the upper part in the lower part of the contact pipe 110. A bridge 113 connected to the upper end of the 120 is provided. In addition, a plurality of discharge holes 112 are formed in the bridge 113 at regular intervals. Through this configuration, the beverage contained in the beverage bottle 10 is discharged through a space equal to the separation distance D1 between the inner circumferential surface of the bottle neck 13 and the discharge induction part 120 as shown in FIG. 3. It passes through the ball 112 and is discharged to the upper end of the contact pipe 110 so that the user can ingest it.

In addition, a support pipe 130 is provided at the upper end of the discharge induction part 120 so that the accommodation space 300 for accommodating the additive S is configured through combination with the storage pipe 210 of the upper cap 200. It is formed protruding upward. The support pipe 130 is formed to be spaced apart from the inner circumferential surface of the contact pipe 110 by a predetermined distance D2. Therefore, the storage pipe 210 of the upper cap 200 is inserted toward the space generated due to the separation distance D2 between the close contact pipe 110 and the support pipe 130, so that the beverage in the beverage bottle 10 Blocks so as not to leak toward the accommodation space 300 contrary to the intention of the user.

And, preferably, a lower cap stopper 121 is coupled and installed on the lower closing surface of the beverage bottle 10, and air to remove pressure from the lower cap cap 121 to adjust the internal pressure of the beverage bottle 10 A vent hole 122 is formed. In addition, the air vent hole 122 is selectively opened and closed by the air vent cap 123.

The upper cap 200 blocks and protects the additive (S) accommodated in the receiving space 300 from the outside until immediately before the user consumes the beverage and the additive (S), and enters the receiving space 300. It performs a function of preventing the beverage from leaking out of the beverage bottle 10.

The upper cap 200 for performing the above function selectively includes a fastening pipe 220 screwed to the bottle neck 13 of the beverage bottle 10 and a discharge hole 112 of the lower cap 100 It is configured to include a storage tube 210 that is opened and closed so that the beverage in the beverage bottle 10 does not leak into the accommodation space 300. The fastening pipe 220 and the receiving pipe 210 are integrally configured through the same top surface as a closed surface.

As shown in Figure 2, the receiving pipe 210 is inserted into the separation distance (D2) between the close contact pipe 110 and the support pipe 130 of the lower cap 100 to selectively select the discharge hole 112 In blocking, it is preferably inserted in close contact with both the contact pipe 110 and the circumferential surface of the support pipe 130. First, since the outer wall of the housing tube 210 is in close contact with the inner wall of the contact tube 110, a space is not formed between the lower cap 100 and the upper cap 200. This prevents the beverage in the beverage bottle 10 from leaking between the upper cap 200 and the lower cap 100. Next, the inner wall of the storage pipe 210 is in close contact with the outer wall of the support pipe 130, so that the beverage in the beverage bottle 10 crosses the discharge hole 112 and leaks toward the accommodation space 300. Is prevented.

When the upper cap 200 and the lower cap 100 are in close contact, in order to prevent the beverage from leaking into the receiving space 300 from the beverage bottle 10 through the discharge hole 112, the storage In the inner periphery of the pipe 210, a sealing groove 211 into which the upper end of the support pipe 130 is closely inserted is preferably formed. In this way, since the upper end of the support pipe 130 is wrapped and inserted into the sealing groove 211 of the receiving pipe 210 in a close contact state, the lower end of the receiving pipe 210 is the lower end of the discharge hole 112 Even if it is not formed to extend to, the beverage in the beverage bottle 10 cannot penetrate into the accommodation space 300.

In addition, preferably, an upper cap cap 201 for adjusting the internal pressure in the receiving space 300 is coupled to the upper closed surface of the upper cap 200, and the receiving space 300 is provided in the upper cap cap 201. An air vent hole 202 for removing the pressure of) is formed in the center. And preferably, the air vent hole 202 can be selectively opened and closed by an air vent cap 203.

In addition, preferably along the lower outer periphery of the fastening pipe 220 of the upper cap 200, a locking frame 221 is formed to protrude outward. The locking frame 221 is provided with a protective cap 230 capable of providing a beautiful appearance as well as protecting these configurations in a state in which the upper cap 200 and the lower cap 100 are combined. ) May be configured with a corresponding locking groove 231. The protective cap 230 is configured to be separated together with the upper cap 200 when the upper cap 200 is detached from the beverage bottle 10.

In addition, preferably, a ring-shaped virgin ring 240 is connected to the lower end of the fastening pipe 220 of the upper cap 200 by a plurality of virgin ribs 242. A ring protrusion 241 is protruded below the inner surface of the virgin ring 240, and the ring protrusion 241 is preferably formed to protrude outwardly under the thread 14 of the bottleneck 13 It is jammed and supported. When releasing the screw connection to remove the upper cap 200 from the beverage bottle 10, the virgin rib 242 is ruptured while the ring protrusion 241 is supported by the ring hanger 15. . Therefore, it is possible to check whether the virgin ring 240 is used by checking whether it is separated from the fastening pipe 220.

On the other hand, the storage pipe 210 of the upper cap 200 is inserted into the spaced distance D2 between the close contact pipe 110 and the support pipe 130 of the lower cap 100, so that the solid additive (S ) Constitutes the accommodation space 300 in which it is accommodated. This means that the receiving space 300 is formed over part or all of the support pipe 130 and the receiving pipe 210. Therefore, even if the upper cap 200 is separated from the beverage bottle 10, the inner space of the support pipe 130 may be configured as a receiving space 300, and in the receiving space 300 of the support pipe 130 The additive (S) is to be placed in an exposed state.

The additive (S) stored in the receiving space 300 constituted by the combination of the upper cap 200 and the lower cap 100 is not in a fixed state, so that during the movement and/or distribution process of the beverage container In the receiving space 300, it is possible to constantly rub against the receiving space 300. In this way, in the process of rubbing the additive (S) against the receiving space (300) in the receiving space (300), the additive (S) may be damaged, or noise due to friction may occur. In the present invention, the elastic spring 400 is installed in the receiving space 300 to fix the additive S in the receiving space 300.

The elastic spring 400 may be installed on at least one of the support pipe 130 and the receiving pipe 210 to fix and support the additive (S). In addition, preferably, the elastic spring 400 is formed with a flat support end 401 so that the additive (S) can be stably supported at an end in contact with or close to the additive (S).

In addition, a moisture-proof pad 500 for protecting the additive S from moisture may be installed in the receiving space 300. The moisture-proof pad 500 is configured between the elastic spring 400 and the additive S, so that the elastic spring 400 stably supports the additive S. The support pipe 130 and the inner wall of the receiving pipe 210 so that the moisture-proof pad 500 installed in this way can be stably installed without being separated by the elastic spring 400 in the receiving space 300. Departure bumps 131 and 212 for preventing the moisture-proof pad 500 from being detached may be installed on at least one of them. The release bumps 131 and 212 may be sequentially formed on at least one of the support pipe 130 and the inner wall of the receiving pipe 210 by varying the height of the step. When the separation bumps 131 and 212 are installed step by step with different heights, there is an advantage that the height of the moisture-proof pad 500 can be more stably adjusted in response to the additive S accommodated in the receiving space 300. .

S: additives D1, D2: separation distance
10: beverage bottle 11: bottle entrance
12: cap hanger 13: bottleneck
14: thread 15: ring hanger
100: lower cap 110: close tube
111: locking end 112: discharge hole
113: bridge 120: discharge induction part
121: lower cap stopper 122,202: air vent hole
123,203: air vent cap 130: support pipe
131: departure bump 200: upper cap
201: upper cap plug 210: storage tube
211: sealing groove 212: departure bump
220: fastening pipe 221: stopping frame
230: protective cap 231: locking groove
240: virgin ring 241: ring protrusion
242: virgin live 300: accommodation space
400: elastic spring 401: support end
500: moisture-proof pad

Claims (6)

A cup-shaped lower cap 100 provided with a discharge hole 112 on the lower side wall is attached to the cap hanger 12 installed at the bottle inlet 11 of the beverage bottle 10 through the locking end 111 provided at the top. It is inserted and installed toward the inside of the beverage bottle 10 while being locked and fixed,
A storage pipe 210 forming an accommodation space 300 by selectively closing the discharge hole 112 of the lower cap 100 and a fastening pipe screwed to the outer periphery of the bottle neck 13 of the beverage bottle 10 (220) is provided with an upper cap 200 integrally formed by the same upper closing surface in the form of a double tube,
The additive (S) supported and fixed by the elastic spring 400 in the receiving space 300 is discharged while the upper cap 200 is screwed off from the bottle neck 13 of the beverage bottle 10 As the loin is separated so that the discharge hole 112 is opened, it is exposed on the lower cap 100 and then consumed together with the beverage of the beverage bottle 10 discharged through the discharge hole 112. A beverage container that holds the additives.
The method of claim 1,
The lower cap 100 extends so that the upper portion of the beverage bottle 10 is closely inserted into the inner circumference of the bottle neck 13 by locking the locking end 111 to the cap hanger 12 of the bottle inlet 11 A close contact pipe 110 formed and having discharge holes 112 formed at predetermined intervals at the lower portion so that the beverage of the beverage bottle 10 is discharged; The inner periphery of the bottleneck 13 is separated by a certain distance D1 and connected to the contact pipe 110 by a bridge 113 formed between the discharge hole 112 and the lower surface of the contact tube 110 A discharge induction part 120 for inducing the beverage of the beverage bottle 10 to be discharged through the discharge hole 112 by closing the product; A support pipe 130 protruding from the upper end of the discharge induction part 120 to the inner circumferential surface of the contact pipe 110 by a predetermined distance D2; Consists of,
The receiving tube 210 of the upper cap 200 is closely inserted into the separation distance D2 of the contact tube 110 and the support tube 130 to close the discharge hole 112 and at the same time support the A beverage container for storing additives, characterized in that it forms the receiving space 300 in which the additives (S) are accommodated together with the tube 130, and an elastic spring 400 is installed in the receiving space 300.
The method of claim 2,
When the upper cap 200 and the lower cap 100 are in close contact with the inner periphery of the storage pipe 210 of the upper cap 200, the upper end of the support pipe 130 is intimately inserted into the beverage bottle 10. A beverage container containing an additive, characterized in that it is provided with a sealing groove (211) to prevent the beverage from penetrating into the receiving space (300).
The method according to claim 1 or 2,
A moisture-proof pad 500 that is supported by the elastic spring 400 on at least one of the inner circumferential surfaces of the lower cap 100 and the upper cap 200 forming the receiving space 300 to contact the additive (S) ) Beverage container containing an additive, characterized in that the separation bumps (131, 212) are provided to prevent separation.
The method of claim 1,
An upper cap cap 201 is coupled and installed on the upper closed surface of the upper cap 200, and an air vent hole 202 selectively opened and closed by an air vent cap 203 is provided in the upper cap cap 201. A beverage container containing an additive, characterized in that the.
The method of claim 1,
A locking frame 221 is protruding from the outer periphery of the fastening pipe 220 of the upper cap 200, and a locking groove 231 that is fixed to the locking frame 221 is provided on the inner circumference of the upper cap ( 200) and a protective cap 230 for covering and protecting the bottle neck 13 of the beverage bottle 10. A beverage container containing an additive, characterized in that it further comprises.

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