GR20190100074A - Isothermal casings for drinks - Google Patents

Abstract

The present invention relates to isothermal storage drink casings ready to contain drinks along with their packages or drinks in glasses, protecting them from temperature change during consumption. According to Fig. 1, a tin (4) of beer or soft drink is placed inside the casing (1). Figure 2 shows the tin (4) and the lid (2) with the hole (3) letting the straw to pass through (5). Figure 5 shows the casing (1) comprising the outer shell (20) and the insulation (7). At the top of the insulation (7) there is mounted the ring (19) which is made of a high friction material resistant to the entry and exit of tins. Figures (5) and (6) depict the isothermal casing (1) in section with the straw (3) being located inside the tin (4) as well as the outside of the casing with a straw-free tin. Figure 9 shows the isothermal casing (9) with the outer shell (21) and the inner insulation. The invented isothermal casings keep the temperature of the drinks constant.

Description

Description

Isothermal beverage cases

The present invention refers to isothermal cases for placing drinks with their packages or drinks in glasses, protecting them from changing their temperature during their consumption, so that if they are hot they do not freeze or if they are cold they do not warm up.

Cases for packaged and non-packaged drinks to protect them from losing their temperature, the evolution of technology to date has not presented anything similar except for double-walled containers. The empty space between the two walls is filled with liquids. These utensils freeze them when they are going to be used for iced drinks or heat them if they are going to use them for hot ones. The constructions in question are intended to maintain the non-change of the temperature of the drinks for a longer period of time. In order to keep the drinks hot or cold for a longer time, they cool the utensils to very low temperatures or heat them to very high temperatures, with the result that the temperatures of the utensils are also transferred to the drinks, altering their taste, while at the same time they become annoying to the users due to the cold or heat when they are held.

The isothermal cases according to the present invention deal with the above negatives, while in parallel with the thermal insulation they ensure the invariance of the temperature so that the drinks remain at the original temperature for a long time. The proposed isothermal cases consist of an outer case of metal or plastic or other suitable material with printed advertising captions or photographs. Inside the cases, insulation is placed around the perimeter and at the bottom, while the internal space is suitable for placing coffee glasses, soft drink cans, beer cans or bottles of wine, beer, water, etc.

The isothermal cases according to the present invention are reusable or even disposable, so the cost of acquisition and use is very small and they are made from recyclable materials so as not to pollute the environment. And their external surface is offered for advertising uses, so the cost of acquisition is guaranteed by the advertisers. The sizes of the cases and their shape are calculated to cover the products they protect.

A simple way of presenting isothermal cases is described below by way of example and with reference to the attached drawings, in which:

Figure 1 shows a perspective view of a case with a beer or soft drink can installed.

Figure 2 shows a perspective view of a case with a lid for placing a soft drink can.

Figure 3 shows a perspective view of a case with a lid for placing a soda can with the straw protruding. Figure 4 shows a cross-section of a lidded container with a soda can and straw attached.

Figure 5 shows a cross-sectional view of a container without a lid with a soda can and straw attached.

Figure 6 shows a front view of a container without a lid with a can of soft drink or beer in place.

Figure 7 shows a front view of a lidded case with a soda can in place.

Figure 8 shows a top view of a lidded case with a soda can in place.

Figure 9 shows a sectional view of a case without a lid with a large can of soft drink or beer in place. Figure 10 shows a cross-sectional view of a lidded container with a disposable coffee cup with a straw attached.

Figure 11 shows a sectional view of a holder with a beer bottle mounted on it.

Figure 12 shows a sectional view of a case with a wine bottle in place.

Figure 13 shows in section a holder with a disposable cup of coffee, juice, beer, wine or water installed.

Figure 14 shows a cross-section of a holder with a glass cup of coffee, juice, beer or wine placed in it.

According to figure 1, inside the case (1) is placed the box (4) of the beer or soft drink. In figure 2 it can be seen that the box (4) and the lid (2) with the hole (3) for the passage of the straw (5) are installed. Figure 5 shows the case (1) which consists of the outer shell (20) and the insulation (7). On the upper part of the insulation (7) is fitted the ring (19) which is made of material of higher resistance to friction to be durable during the entry and exit of the boxes. Figures (5) and (6) show the isothermal case (1) in section where the straw (3) is placed inside the box (4) and the external view of the case with a box without a straw. Figure 9 shows the isothermal case (9) with the outer shell (21) and the inner insulation.

The isothermal case (9) is larger in height than the isothermal case (1) for use in double-height cans (8), of beer, juice, or soft drinks. The isothermal case (10) with a lid (2) as shown in figure 10 is suitable for placing the glasses (11) with a simple disposable lid (12). The isothermal case (10) according to the present invention has a hole (3) in the center of the lid (2) for the straw (5) to pass through and through the corresponding hole of the lid (12) of the glass (11) and this case carries the slip ring (19) to protect the insulation.

The isothermal case (22) as shown in figure 11 is suitably shaped and has a correspondingly sized insulation (13) to receive beer bottles (14). The slip ring (19) is also fitted in this case to protect the insulation.

The isothermal case (23) as shown in figure 12 is suitably shaped and has a proportionally sized insulation and outer shell to receive wine bottles (15), while also having the slip ring (19) to protect the insulation.

The isothermal case (10) as shown in figure 13 is suitably shaped and has an insulation of a similar size and an outer shell to receive disposable glasses (11) whose part (25) protrudes so that it can be inserted into the lips and we drink the coffee or whatever other drink we have put hot or cold. The slip ring (19) is also inserted here in the upper part of the insulation to protect it. The glass (11) has a lid (12) to protect the drink during transport or storage until consumption.

The isothermal case (16) as shown in figure 14 is suitably shaped and has an insulation of a similar size and an outer shell to accept glass glasses of common use (17), the sliding ring (18) is placed on the upper part of the insulation to protect it. The ring (18) has the protruding part (24) which is flexible so as not to be limited to the use of a glass of a certain diameter and closes the empty space between the holder and the glass so as to prevent the circulation of air.

The construction materials of isothermal cases vary and the shells can be made of plastic, metal, glass, ceramic, wood, resinous, corrugated paper, etc.. For insulation, any material that provides thermal insulation properties is used, such as expanded polystyrene (styrofoam ), extruded polystyrene, cork, expanded polyurethane, etc.

The sizes of the isothermal cases are not limited and cover the entire range of utensils intended for serving all kinds of drinks for domestic or public use in bars, restaurants, cafes, etc.

Claims (8)

A X I O S E I S 1. Isothermal beverage cases for placing drinks with their packages or in glasses, characterized by the fact that the soft drinks, juices, beers, spirits packed in boxes are placed with the packages in the isothermal cases consisting of the shell (20), the thermal insulation (7), the guide ring (19) and the cap (2). 2. Isothermal beverage containers according to claim 1, characterized by the fact that the lid (2) has the hole (3) for the passage of the straw (5) for sucking juices and soft drinks. 3. Isothermal beverage containers according to claim 1, characterized in that the containers (10) are suitable for disposable glasses (11). The cases (10) consist of the shell, the thermal insulation, the cap (2) and the ring (19). The lid (2) has the hole (3) for the passage of the straw (5) for aspirating juices, soft drinks and coffee. 4. Isothermal beverage holders (22) characterized by being suitable for placing beer bottles (14). Isothermal cases (22) consist of the shell (22), the thermal insulation (13) and the ring (19). 5. Isothermal beverage holders (23) characterized by being suitable for placing wine bottles (15). Isothermal cases (23) consist of the shell (23), the thermal insulation and the ring (19). 6. Isothermal beverage holders (16) characterized in that they are suitable for holding glass glasses (17) for coffee and beverages. The cases (16) consist of the shell (16), the thermal insulation and the ring (18) carrying the protruding flexible part (24). 7. Isothermal cases for placing drinks according to claims 1, 2, 3, 4, 5, 6 where the insulation is both a case and does not have a shell for containment and protection. 8. Isothermal beverage containers according to claim 7 wherein the thermal insulation is made of low-grade materials and used as disposable containers.