KR20050005015A - combined cooling and warming thermos bottles - Google Patents

Abstract

PURPOSE: Provided is a thermos bottle having composite structure of cold and heat insulation, which comprises an outer cylinder joined by barrior film in the upper end, an inner cylinder joined by sealing with tightly coupled wings, and thermal storage material filled in the space between the outer cylinder and inner cylinder. CONSTITUTION: The thermos bottle for combined heat and cold insulation comprises an outer cylinder(101), an inner cylinder and thermal storage material filled in the space between the outer cylinder and inner cylinder. On the upper end of the outer cylinder is formed an outer rim groove(101b) joined by a barrior film(200) to regulate flow of cool air and heat and to hold drink bottle(500). On the upper side in the middle of the inner cylinder is formed an inner rim groove inserted into and joined by sealing(300) with tightly coupled wings(302). At the bottom of the thermos bottle is provided a bumper pad to absorb impact and to prevent noise.

Description

Combined cooling and warming thermos bottles}

The present invention provides a state of cooling for a long time in a state in which alcoholic beverages containing alcoholic ingredients such as rum, whiskey or shochu, beer, and other cold drinks such as cola, cider, and Sikhye were taken out of the refrigerator. The present invention relates to an insulated and cold storage container designed for the purpose of maintaining or maintaining the temperature for a long time in the state of warming medicine and Sikhye, crystal, and the like.

More specifically, the cold storage container according to the present invention is a cold storage container filled with a known heat storage material that maintains the warming and cold storage effect between the outer cylinder and the inner cylinder for a long time, and the outer cylinder 101 belonging to the outside is recessed inward. The reason why the handle portion 101a is formed is to make it easy to hold the cold storage container 100 having a thick diameter by hand.

In addition, the upper end of the cold storage container of the present invention forms an outer cylinder ring groove (101b) and there is coupled to the disc blocking film 200, the reason between the beverage container 500 and the cold storage container 100 This is to prevent the generated warm or cold air to escape to the outside.

In addition, the cold storage container inner cylinder 102 of the present invention forms an inner cylinder ring groove 102a and constitutes a sealing 300, such measures are the barrier membrane 200 of the beverage container 500 and In order to prevent the warmth or cold air between the cold storage insulation container 100 to be discharged to the outside, and in particular, the cold storage insulation container 100 may be inclined to drink along the contents of the beverage container 500. In order to provide an intermittent action to prevent the beverage container 500 from leaving the inclined cold storage container 100 to the outside, and the beverage container 500 put inside the cold storage container 100 is It relates to a cold storage thermal insulation container, characterized in that the role to hold the fixed so as not to flow in the cold storage thermal insulation container 100 is provided.

On the other hand, prior to the present application by the Korean Utility Model Registration No. 218500, filed on Oct. 24, 2000 and registered on Jan. 16, 2001, by "cooling pack of beverage containers (hereinafter referred to as" Pre-Invention 1 ")". According to the known contents, it can be seen that a cooling pack of a beverage container is known which cools the beverage at room temperature contained in the beverage container such as a beverage so that the beverage can be coolly drinked. , A beverage container for transporting a cylindrical beverage container to a place of intake by forming a synthetic resin filled with a coolant to maintain the temperature of the beverage at a low temperature by controlling the temperature by the coolant so that the beverage can feel a refreshing feeling when the beverage is ingested. The purpose of the present invention is to provide a cooling pack for the purpose of the present invention. A plurality of accommodating parts are provided to be housed independently, and a pack member having a sealed accommodating space formed around the individual accommodating parts and the accommodating space to cool the beverage container accommodated in the accommodating part. And a coolant accommodated in the pack member, wherein the pack member further includes an injection hole communicating with the receiving space so as to selectively fill the coolant in the receiving space, and to pack the pack member. And a hygroscopic insulation member disposed to surround the pack member to further improve a cooling efficiency of the coolant and to absorb water droplets formed on an outer surface of the pack member. The coolant includes water so as to be used by freezing, and as long as the receiving portion is formed in a substantially circular shape, The pack member may have a substantially rectangular parallelepiped shape to accommodate the beverage containers in the form of '2 rows, 3 columns' or '4 rows 6 columns', and minimize the volume and weight of the pack member at a central portion adjacent to the four storage parts. The through hole of the shape is formed, and the accommodating portion is formed in a substantially circular shape, while the pack member is formed in a substantially pentagonal shape so as to accommodate the beverage container in the form of 'one center 5 radial'. According to the effect of the invention 1, a transport container for transporting a beverage container is formed into a pack having a storage space provided therein to fill the storage space with a coolant, thereby absorbing the temperature of the beverage container by the coolant, and thus suitable for ingesting the temperature of the beverage. The effect of keeping the cool temperature, and 6 or 24 beverages in the factory as a pack member shipped to the market It can be used as a separate beverage container portable device by creating a cooling pack that can inspire buyers to buy it, and make it possible for consumers to purchase it. Although it is effective, the utility model registration claim is provided with a plurality of storage portions so that individual beverage containers are separated from each other at predetermined intervals and can be stored independently, and are formed around the individual storage portions. The pack member having a sealed receiving space and a coolant accommodated in the accommodation space to cool the beverage container accommodated in the receiving portion, characterized in that the pack for cooling of the beverage container. 2. The pack for cooling a beverage container of claim 1, wherein the pack member further includes an injection hole communicating with the accommodation space to selectively fill the accommodation space with the coolant. 3. The pack for cooling a beverage container of claim 1, further comprising a carrying strap installed on the pack member to carry the pack member. <4> The method of claim 1, further comprising a hygroscopic insulation member installed to surround the pack member to increase the cooling efficiency of the coolant and to absorb the water droplets formed on the outer surface of the pack member. Cooling pack for beverage containers. <Claim 5> The pack for cooling a beverage container of claim 1, wherein the coolant comprises water so as to freeze the pack member. 6. The container according to claim 1, wherein the accommodating part has a substantially circular shape, and the pack member has a substantially rectangular parallelepiped shape so as to accommodate the beverage container in the form of '2 rows 3 columns' or '4 rows 6 columns'. Cooling pack of the beverage container, characterized in that. 7. The pack for cooling a beverage container according to claim 6, wherein a through hole is formed in a central portion of the four housing parts adjacent to each other to minimize the volume and weight of the pack member. 8. The beverage container according to claim 1, wherein the accommodating part has a substantially circular shape, and the pack member has a substantially pentagonal shape to accommodate the beverage container in a 'one center five radial' shape. Cooling pack. 9. The pack for cooling a beverage container of claim 1, wherein the pack member is molded of a synthetic resin material. If you look at the Korea Utility Model Registration No. 257239 thermal insulation container (hereinafter referred to as "Invention registration 2") filed on September 12, 2001 and registered on November 30, 2001. The inner periphery of the body is the same size as the outer periphery of the beverage or liquor, the seating recess to which the beverage or liquor distribution container is seated and fixed; One or more vent holes to form a recess in communication with the outside air and a non-slip ring coupled to the coupling recess formed as a recess at the bottom of the outer peripheral surface of the body to prevent sliding of the body for a long time In addition to keeping them warm, the drinks and alcoholic beverages contained in the cups or beer mugs can remain cold or warm for a long time. It is characterized by the fact that it is possible to enjoy long hours of cool drinks or alcoholic beverages in the summer, and to drink hot beverages and teas in the cold winter season for a long time. A seating recess having a size and fixed to which a beverage or liquor distribution container is seated; A ventilation recess having recesses formed in the body at the bottom of the mounting recess; One or more aeration holes for forming the inner periphery and the bottom of the body seating recess to communicate with the outside air and a non-slip ring coupled to the coupling recess formed in the bottom portion of the outer peripheral surface of the body to prevent slipping of the body Thermal container characterized in that. Claim 2 The method of claim 1; One side of the lower end of the ventilation hole inner periphery of the seating recess is characterized in that it further comprises a distribution hole penetrating the outer periphery of the body in the horizontal direction. Claim 3 The method of claim 1; One side of the ventilation hole at the bottom of the seating recess is characterized in that it further comprises a drain hole penetrating the lower body in the vertical direction. It can be seen that the thermal insulation container described as.

However, in the case of the electric wire registration invention 1, only the beer or beverage taken out of the refrigerator is structured by using a cooling pack for the purpose of storing the temperature temporarily so that the cold state is kept for a certain time, and thus the beverage container is cooled. It is a structure that can not be used in the state of being combined with a pack for use but takes out a beverage container from a pack for cooling, and is not related to the present invention, and in the latter case of the invention 2, foam material or styrofoam etc. As invention of the non-cooling or non-heating means which shape | molded the heat insulating material of this, it turns out that it is invention which is irrelevant to the effect, including the structure of this invention.

That is, in the case of the above-mentioned Prior Invention 1, it is not possible to drink directly along with the liquor or beverage by holding the cooling pack in the state where the beverage container is put in the cooling pack, and in the latter case of the Invention 2 of the beverage While the containers can be directly drunk together while the containers are combined, they are not cold, warm to cool, or warm to warm, but are merely means for maintaining the temperature of the current beverage container and are no longer cold. The effect of warming is inevitably limited, and in particular, since there is no means to block the temperature generated from the beverage container or the thermal insulation container, and there is no means to support the beverage container, when the beverage is poured while the beverage container is combined with the thermal container, There is a problem that the beverage container is released from the thermal container, and the thermal container is Since it must be formed with a diameter, it is unreasonable to use it with one hand. Therefore, in the case of the pre-registered invention 2, there is a problem that the drink container must be separated and drunk along with the drink container as in the pre-registered invention 1, and thus, the pre-registered invention Both 1 and 2 will be said to be inadequate inventions.

The present invention constitutes a cold storage container having a dual structure filled with a known heat storage material, the outer cylinder 101 is formed in the upper end of the outer cylinder annular groove (101b) to control the cold and warm water leakage at the same time holding the beverage container 500 The main body combines the blocking film 200 of the supporting plate, and forms an inner cylinder ring groove 102a of a predetermined depth on the middle upper side of the inner cylinder 102, and combines the seal ring 300 with the close wing 302 to achieve the purpose. Provide a cold storage container to achieve.

1 is an exploded perspective view illustrating in detail the cold storage container of the present invention;

2 is a half cross-sectional view illustrating the main part of the present invention;

3 is an enlarged cross-sectional view of the main part of the present invention;

4 is a half sectional view illustrating a use state of the present invention.

<Explanation of symbols for main parts of the drawings>

100... Cold storage container 101... External

101a... Handle 101b... Foreign Exchange Home

102... Inner tube 102a... Inner tube

200... Blocking membrane 201... Vessel coupling ring

202... Sheet 203. Container tight ring

204a... Handle 204b... Handle connecting plate

205... Blocking membrane space 300... Seal ring

301... Container coupling portion 302. Tight wing

303... Cutout 304... Liner ring

305... Seal ring space

1 to 4, the blocking film 200 is coupled to the upper outer cylinder ring groove 101b of the outer cylinder 101 is configured to intercept the flow of cold or warm air to the outside, The seal ring 300 having the cutout 303 is coupled to the inner cylinder ring groove 102a of the inner cylinder 102 to hold the beverage container 500 and at the same time to control the flow of cold or warm air to the outside. Provide a cold storage container having a cold storage container 100, the inner cylinder 102 having an inner cylinder ring groove (102a) in the upper portion of the waist portion, and the outer cylinder ring groove (102b) of a constant depth is formed at the top And form an outer cylinder 101 having a handle portion 101a recessed inward in the waist portion, and combining the two cylinders, that is, the inner cylinder 102 and the outer cylinder 101 so that a predetermined space is formed thereon. The space is filled with an appropriate amount of heat storage material.

On the other hand, the blocking film 200 is coupled to the outer cylinder ring groove 101b is molded using a latex rubber material having excellent elasticity in selecting the material, and the structure is circumferential edge, as illustrated in each drawing The container coupling ring 201 of constant thickness provided with elastic tension having a handle connecting plate 204b and a handle 204a at one portion thereof, and a barrier film space 205 formed at the center thereof, have a container-adhering ring ( 203 is formed, and the blocking film 200 is inserted downward from the opening 501 of the beverage container 500 toward the bottleneck 502 in a state of being separated from the cold insulating container 100 and then the beverage container ( 500 is coupled to the outer cylinder ring groove (101a) in the state put in the cold storage container 100.

The seal ring 300 coupled to the inner cylinder ring groove 102a is formed of the same latex rubber material as the blocking film 200, but is formed to provide a somewhat hard feeling in terms of flexibility. 300 forms a container coupling portion 301 on its outer rim, the inner ring is inserted by inserting the steel wire ring 304 so that the elastic force is strong and prosthetic action, and the close wing 302 is the outer container coupling portion It is formed so as to gradually become thinner toward the sealing ring space 305 from the 301 and to form a cutout 303 at regular intervals to be provided to be used in combination with the inner cylinder ring groove (102a) of the inner cylinder (102).

On the other hand, the bottom surface of the cold insulating container 100 is provided with a shock absorbing power as a means for preventing the slipping and noise generated when the metal material bumps or rubs against a table made of wood, glass or marble Bonding or providing a buffer pad 400.

The cold storage container 100 of the present invention is in a state where a known heat storage material is filled in the space between the outer cylinder 101 and the inner cylinder 102, and soaks the cold insulating container 100 in such a state in hot water or in a refrigerator. If you put it in, it turns into a hot or cold container.

On the other hand, the cold insulation container 100 of the present invention used hot or cold will be described only for the cold use state for convenience of description.

The cold storage container 100 that has been put in the refrigerator for a certain time is a state in which the heat storage material as the inner surface or the filling is coldly cooled, and the beverage or beer taken out of the refrigerator is also cold.

In addition, when the cooled beverage or beer is put in the cooled cold insulating container 100, the cold air can be kept cold for a long time, so that it is possible to drink cool beverage or beer at all times.

In other words, if the barrier membrane 200 is separated from the cold storage container 100, and then the barrier membrane 200 is inserted into the bottleneck 502 below the opening 501 of the beverage container 500. When 203 reaches a portion of bottleneck 502, it no longer flows and remains stationary.

Subsequently, the barrier film 200 is put into the cold storage container 100 placed on the bottleneck 502, the beverage container 500 from the bottom to the cold storage container 100 from the bottom If you put it, according to the body diameter of the beverage container 500, the smaller the body diameter is a little larger body diameter, press the expansion wing 302 divided by the cut-out portion 303 is divided into more notch 303 to expand the cold storage container ( 100 is entered into, and pushed down by applying a slight force to the barrier film 200 in the state entered in this way is a good elastic rubber container coupling ring 201 is stretched to fit in the outer ring groove 101b. .

In particular, when the beverage container 500 is described in more detail in the state coupled to the cold storage container 100 as described above, the inner diameter of the cold storage container 100 is a beer bottle and a refreshing bottle, including generally distributed wine bottles In consideration of the diameter of the beverage bottles, it is formed by providing a sufficient inner diameter.

In addition, in the case of a beverage container 500 having a small trunk diameter, the adhesive wing 302 will enter the cold insulation container 500 in a state of being slightly extended, whereas in the case of a beer or wine container with a large diameter of the body, the adhesive wing Expanding 302 will be more inside the cold storage container 500.

Therefore, no matter what size, the container coupling portion 301 is inserted into the steel ring ring 304 is in a floating state in a tight fit in the inner cylinder ring groove (102a), the circumferential surface as shown in FIG. The beverage container 500 which is in close contact with the wing surface of the wing 302 is fixed to the cold storage container 100 in the state of the main body floating at the same time, and the barrier membrane 200 coupled to the upper portion is a container coupling ring 201. Since the elastic sheet 202 is in a state of being strongly fitted into the outer cylinder ring groove 101b, the container-adhesive ring 203 is in a state of pressing the bottleneck 502 of the beverage container 500 in a tensioned state. 500) and the cold insulating container 100 is maintained in a solid coupling state depending on each other, and the cold air generated between the beverage container 500 and the cold insulating container 100, the primary seal ring 300 To the stretch sheet 202 of the secondary blocking film 200 by It does not leak outside is completely blocked, it is possible to provide an effective cold insulation effect.

On the other hand, when the empty beverage container 500 is separated from the cold storage container 100, the handle 204a of the blocking film 200, which is tightly fitted into the outer cylinder ring groove 101b, is lifted up to be easily separated from the beverage container. The barrier membrane 200 can be easily separated, and in this state of separation, hold the beverage container 500 with one hand, hold the cold storage container 100 with the other hand, and open hands in opposite directions. When the beverage container 500 and the cold storage container 100 is separated at the same time in close contact with the beverage container 500 in the downward state 302 is in the upward recovery state as illustrated in Figures 2 and 3 Return to.

The present invention as described above is tightly coupled to the wing 302 having a cut-out portion 303 is provided with elastic force seal ring 303 is firmly coupled to the inner cylinder 102 is firmly inserted into the beverage container 500 At the same time to hold the cold or warmth generated between the beverage container 500 and the cold storage container 100 is intermittently intermittent to prevent flow to the outside, and the blocking film 200 is a bottleneck of the beverage container 500 ( 502) the container coupling ring 201 is coupled to the outer ring annular groove 101b and the container adhesion ring 203 is attached to the bottleneck 502 while the elastic sheet 202 stretches and closes to the position changed according to the thickness or diameter. While closely contacting the stretch sheet 202 completely closes the space between the beverage container 500 and the cold storage thermal insulation container 100, the cold or warm air generated therebetween does not leak to the outside and thus drinks or liquor at a desired temperature for a long time. Effect that can enjoy Which provide very useful inventions.

Claims (3)

In a known structure in which a container is composed of two layers of an inner cylinder and an outer cylinder, and a heat storage material is filled in the space thereof, In the outer cylinder 101, a handle portion 101a which is recessed from the outside toward the inside to be easily held by the hand is formed, and an outer cylinder ring groove 101b is formed around the upper end to separate and separate the blocking membrane 200. With; Inner cylinder (102), forming an inner cylinder ring groove (102a) to be coupled to the seal ring 300 forcibly coupled to the bottom surface by combining the buffer pad 400 to prevent noise and absorb shock; The material is a rubber material and a contact blade 302 having a thickness gradually becoming sharp from the outer direction toward the inside direction, and a sealing ring space 305 having a predetermined size is formed in the center of the contact wing 302 and the contact wing 302 ) Forms the cutouts 303 at regular intervals so as to smoothly act in the vertical direction, and also form a ring-shaped container coupler 301 that is connected to the outer circumference without breaking. Combining the seal ring 300 formed by inserting the steel wire ring 304 provided with some flexibility in the inside of the 301; The material is very flexible and tough latex or raw rubber material, but the shape is formed in a round shape, the center is formed of a circular barrier space 205 of a constant size and the inner and outer circumference close to the container having a certain or more constant tension The ring 203 and the container coupling ring 201 is formed therebetween, and the elastic sheet 202 having excellent elasticity of a certain thickness is formed therebetween, and a handle 204a is formed at any portion to form a coupling structure. Insulation container. The method of claim 1, The outer cylinder ring groove (101b) is formed in the upper end of the outer cylinder 101 or the upper end of the inner cylinder 102, the cold insulation container characterized in that the barrier membrane 200 is separated or combined. The method of claim 1, The seal ring 300 is configured to be coupled to the upper side of the upper side than the intermediate position of the inner cylinder 102 to support the beverage container 500 and at the same time the cold and warm air generated between the beverage container 500 and the inner cylinder 102 Cold storage container, characterized in that to act to prevent the flow out to the.