KR200231415Y1 - can - Google Patents

Abstract

A refrigerant container provided inside the can for cooling the beverage can be brought into contact with a large amount of water without taking up a large area inside the can container so that the refrigerant is evaporated and cooled in the refrigerant container. Drinks are more easily ingested by allowing them to cool down quickly by delivering them to drinks and allowing the refrigerant openings of the refrigerant containers to open with the outlets for dispensing beverages when the cans are opened for drinking. It is to provide a refrigerant container provided in the can for beverage to be able to.

In order to achieve the above object, the present invention forms a coolant container storing a refrigerant in a spiral shape to occupy a small area inside the coolant container, and forms a spiral coolant container in a corrugated pipe to increase the area ratio. The beverage container and the coolant container are in contact with each other, and the coolant outlet of the coolant container is located under the handle for dispensing the beverage, and the handle is opened when the blower is opened as a handle to take in the drink while the coolant outlet is closed. The refrigerant outlet is also opened so that it is convenient to use.

Description

Refrigerant container provided in a beverage can

The present invention relates to a refrigerant container provided inside the can for cooling the can, and in particular, the refrigerant container provided inside the can is formed in a spiral tube, and the outer wall of the container forms a wrinkle protrusion and forms the can. When opening, the refrigerant outlet of the refrigerant container is also opened so that the cooling container can rapidly and extensively cool the beverage stored in the can to cool the beverage within a short time and to easily cool the can. It relates to a refrigerant container provided in the beverage can.

In general, beverage cans are convenient to carry and drink beverages. Many people have consumed the contents stored in cans to cool the heat in summer. In order to meet this demand, each store stores and sells beverage cans in refrigerators.

However, the situation is a waste of expensive maintenance costs by operating a large-capacity refrigerator for a small amount of sales, and consumers must consume a drink immediately after purchasing a cold drink in the refrigerator to consume the cooled drink for a long time It is a situation that cans cannot be carried, and when it is necessary to carry it for a long time such as a car or a train trip, it is very troublesome to maintain the temperature of the beverage can through a portable refrigerator (ice box), etc. There is a problem that the temperature of the can is raised.

And, in order to solve this problem has been devised to provide a refrigerant container containing a refrigerant agent in the can container and to cool the contents by opening the refrigerant container to vaporize the refrigerant when ingesting the contents, The devises have the advantage of not having to separate cooling by instant cooling the contents when the contents are ingested in the portable state for a long time, and some devises have a refrigerant container in the center of the beverage can for taking out the contents. The handle is to open the refrigerant ejection port of the refrigerant container, but it is very troublesome to open the ejection part for taking out the contents and the refrigerant ejection port of the refrigerant container by separate means, and as another method, the beverage as in Korea Utility Model Registration No. 240197. Refrigerant container is provided on the bottom of the can In order to bottom cumbersome, such as e-by must remove the sticker separate from the take-out portion formed in the upper portion to intake the content in a state of closing the refrigerant outlet as a sticker to the contents and the cooling of the group will have the disadvantage that it takes a long time.

Accordingly, the present applicant has a refrigerant container at the bottom of the upper plate of the can container, and connects the refrigerant outlet of the refrigerant container to the upper plate and seals the outlet with a sticker or the like to solve the conventional problems as described above. By adhering to the handle which opens the outlet of the can container, when opening the outlet of the can container by the handle, a sticker sealing the refrigerant outlet is released from the upper plate of the can container by the rotation of the handle, and the refrigerant outlet is opened, so that the refrigerant is released from the refrigerant container. Korean Utility Model Publication No. 98-65294 provides a refrigerant container open structure of canned beverage in which a refrigerant container is cooled to cool the contents contained in the can container.

The present invention is an improved design of the pre-registration proposal, wherein a refrigerant container provided inside the can for cooling the beverage can be brought into contact with a large amount of beverage without taking up a large area inside the can container. The refrigerant is evaporated and cooled in the refrigerant container to deliver the cold air to the beverage more quickly, so that the beverage can be cooled, and when the canister is opened to take in the beverage, the refrigerant opening of the refrigerant container is used for discharging the beverage. It is to provide a refrigerant container provided in the interior of the beverage can to facilitate the intake of beverages by opening with.

In order to achieve the above object, the present invention forms a coolant container storing a refrigerant in a spiral shape to occupy a small area inside the coolant container, and forms a spiral coolant container in a corrugated pipe to increase the area ratio. The beverage container and the coolant container are in contact with each other, and the coolant outlet of the coolant container is located under the handle for dispensing the beverage, and the handle is opened when the blower is opened as a handle to take in the drink while the coolant outlet is closed. The refrigerant outlet is also opened so that it is convenient to use.

1 is an exploded perspective view showing a configuration of the present invention.

Figure 2 is a cross-sectional view showing a coupling state of the present invention.

3 is an enlarged view illustrating an enlarged portion A of FIG. 2;

Figure 4 is a cross-sectional view showing a first embodiment of another embodiment of the present invention.

Figure 5 is a cross-sectional view showing a second embodiment of another embodiment of the present invention.

Figure 6 is a cross-sectional view showing a third embodiment of another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

(1) Canister (2) Top (3) Handle (4) Outlet

(5) Sticker (6) Plug (7) Perforation (8) Through Hole

(9) Projections (11) Cooling vessels (12) Outlets (13) Corrugated pipes

Hereinafter, the configuration and operation of the present invention and another embodiment of the present invention will be described in detail with reference to the accompanying drawings.

In the upper plate (2), which has a beverage stored therein and is located in the upper portion, a can container (1) having a outlet (4) for extracting the beverage and a handle (3) for opening the outlet (4); The ejection opening 12 provided in the can container 1 and the refrigerant is ejected comprises a refrigerant container 11 connected to the upper plate 2 of the can container 1.

At this time, the refrigerant container 11 is formed of a spiral tube so that the end thereof is in contact with the bottom of the can container (1) and the refrigerant container 11 is formed of a corrugated tube (13) as shown in FIG. When the refrigerant container 11 cools down because the refrigerant container 11 is ejected into the spout 12 by allowing the refrigerant container 11 to occupy a small area in the can container while still reaching a large area with the beverage. By cooling the cool air of the container 11 to the beverage quickly to cool the beverage within a short time.

In addition, the ejection opening 12 of the refrigerant container 11 connected to the upper plate 2 of the can container 1 is opened so that the ejection opening 12 also opens when the ejection opening 4 of the upper plate is opened by the handle 3. In order to facilitate the use, as shown in FIG. 4, the upper plate 2 of the can container 1 is located under the handle 3 and closes the spout 12 with the sticker 5 and the sticker 5. The other side of the adhesive 3 attached to the handle 3 to raise the end of the handle 3 to open the outlet 4 of the can container 1 with the handle 3 by attaching it to the handle 3 Along with the upcoming opening 12 of the refrigerant container 11 is opened.

As another embodiment, as illustrated in FIG. 5, a perforated line 7 is formed in the upper plate 2 of the can container 1, such as the outlet 4 of the can container 1, at the position where the jet port 12 is located. A spout stopper 6 is formed when a spout stopper 6 is formed and the center of the spout stopper 6 and the handle 3 are connected by means such as a rivet or spot welding to open the spout 4 by the handle 3. The ejection opening 12 is opened by leaving the virtual plate 2.

As another method, as shown in FIG. 6, a stopper 6 having a central through hole 8 is formed in the upper plate 2 on which the ejection opening 12 of the coolant container 11 is formed. When the handle 3 is raised by forming the protrusion 9 coupled to the through hole 8 of the stopper 6, the protrusion 9 is separated from the through hole 8 of the stopper 6, and the spout 12 is opened. The coolant is ejected and the handle 3 is lowered so that the protrusion 9 closes the through hole 8 of the stopper 6.

At this time, the end portion 10 of the handle 3 which generates the pressing pressure on the outlet 4 formed in the upper plate 2 of the can container 1 is bent to have a predetermined angle to slightly raise the handle 3. When the outlet 12 of the refrigerant container 11 is opened and the outlet 4 is not opened, and the handle 3 is continuously raised, the end 10 of the handle 3 is pressed against the outlet 4. The pressure is generated so as to open the outlet 4.

As described above, the present invention has a corrugated pipe shape and a spiral shape in order to widen the area ratio of the refrigerant container provided in the can container and is provided in the can container so that the refrigerant container occupies the inside of the can container. It is small, but widens the area where the beverage container and the refrigerant container come into contact with each other so that the refrigerant container can be cooled quickly when the refrigerant container is cooled. I did it.

Claims (6)

In the upper plate (2), which has a beverage stored therein and is located in the upper portion, a can container (1) having a outlet (4) for extracting the beverage and a handle (3) for opening the outlet (4); In the jet container 12 provided in the can container 1 and the coolant is jetted, the jet container 12 is connected to the upper plate 2 of the can container 1. The refrigerant container 11 is formed in a spiral tube so that the outlet port 12 on one side is connected to the upper plate 2, and the other end is located at the bottom of the can container 1, and the outlet port 12 is disposed on the handle 3. Refrigerant container provided inside the beverage can, characterized in that the opening by the operation of. The method of claim 1, Refrigerant container is provided in the beverage can, characterized in that the surface of the refrigerant container (11) is formed of a corrugated pipe (13). The method of claim 1, In the upper plate (2) of the can container (1) is located in the lower part of the handle (3) and closes the spout 12 with a sticker (5), the other side of the sticker (5) is bonded to the handle (3) to the handle (3) When the end of the handle 3 is raised to open the outlet 4 of the can container 1, the sticker 5 adhered to the handle 3 comes up to open the outlet 12 of the refrigerant container 11. Refrigerant container provided in the beverage can, characterized in that. The method of claim 1, In the place where the ejection opening 12 is located in the upper plate 2 of the can container 1, an ejection outlet stopper 6 having a perforation line 7 is formed, such as an ejection opening 4 of the can container 1, and the ejection outlet stopper ( When the center of the 6 and the handle (3) is connected by means such as rivet or spot welding to open the outlet (4) by the handle (3), the outlet plug (6) is separated from the upper plate (2) to eject the outlet (12) Refrigerant container is provided in the beverage can, characterized in that to be opened. The method of claim 1, A stopper 6 having a central through hole 8 is formed in the upper plate 2 on which the ejection opening 12 of the coolant container 11 is formed, and a lower end of the handle 3 is provided in the through hole 8 of the stopper 6. When the handle 3 is raised by forming the protrusion 9 to be coupled, the protrusion 9 is separated from the through hole 8 of the stopper 6 so that the ejection opening 12 is opened, and the refrigerant is ejected and the handle 3 is opened. Refrigerant container is provided in the interior of the beverage can, characterized in that the lowering the projection (9) to close the through hole (8) of the stopper (6). The method of claim 1, When the end portion 10 of the handle 3 is bent to have a predetermined angle so that the handle 3 is slightly raised, the outlet 12 of the refrigerant container 11 is opened and the outlet 4 is not opened. When the handle 3 is lifted up so that the end 10 of the handle 3 generates a pressing pressure to the outlet 4 to open the outlet 4, the refrigerant provided in the beverage can. Vessel.