RU55107U1 - DEVICE FOR STORING BEVERAGE TEMPERATURE IN BOTTLES OR BANKS - Google Patents

Abstract

A utility model relates to devices for cooling bottles or cans of drinks or beer. designed to maintain the temperature of chilled drinks in metal cans of 0.3-0.5 liters and glass bottles of 0.5 liters for a long time with a hot external environment. for example, in the summertime, or for a long trip by transport, such as a car or bus. The technical result of the claimed utility model: The possibility of many hours of long-term keeping in the cooled state of bottles and cans of drinks or beer during a hot external environment, placed inside the cooler body, as well as protecting the bottles from breaking when dropped, the convenience of operating the products in a given container, is achieved by that. that in comparison with the invention, a “cooler" containing a container, in the claimed utility model, said container is made in the form of a glass with a hole in the base, the diameter of which along the entire height of the inner cavity of the body is equal to the diameter of the outer surface of bottles or cans of drinks or beer, while the cooler case is made of soft, non-fusible thermosetting plastic with a strongly mesh structure, mainly polyurethane foam, with the possibility of many hours of long-term retention in the cooled state of the bottles and whether cans of drinks or beer in a hot environment, placed inside the cooler case. In addition, the claimed technical result is achieved by the fact that the cooler body is made of soft, non-fusible thermosetting plastic with a strongly mesh structure, mainly made of polystyrene foam. In addition, the claimed technical result is achieved in that the cooler body is made mainly of foamed rubber.

Description

The inventive utility model relates to devices for preserving the temperature of drinks in bottles or jars, designed to maintain the temperature of chilled drinks in metal cans of 0.3-0.5 liters, and glass bottles of 0.5 liters for a long time in a hot environment, for example, in the summertime, or for a long trip by transport, such as a car or bus.

The closest in number of common essential features - the prototype can be taken the invention of the “cooler" containing the capacity (copyright certificate No. 851018, application for invention No. 2843582 \ 23-06, MKI: F 25 9/00, authors V.A. Naer , A.V. Martynovsky, O.S. Obertun, A.V. Vityuk, published on July 30, 81 in Bulletin No. 28).

The disadvantage of the prototype of the invention is that it is complex in design and is not intended for many hours of long-term cooling of bottles or cans of drinks when the environment is hot, for example in the summer, or when traveling for a long time on a transport, such as a car.

The technical result is the elimination of these drawbacks, as well as the protection of bottles from breaking when dropped, the convenience of using products in a given container is achieved by the fact that, compared with the invention, a “cooler" containing a housing made in the form of a container in the inventive utility model, "Device for saving temperature of drinks in bottles or in cans, "said container is made in the form of a glass with a hole in the base, whose diameter along the entire height of the inner cavity is equal to the diameter of the outer surface of the bottles or cans of drinks, while the housing is made of a material having a low coefficient of thermal conductivity.

In addition, the claimed technical result is achieved by the fact that the body of the device for preserving the temperature of drinks in bottles or jars is made of soft, non-fusible thermosetting plastic with a strongly mesh structure, mainly polyurethane foam, which has the lowest thermal conductivity among all known heat-insulating materials.

In addition, the claimed technical result is achieved by the fact that the body of the device for preserving the temperature of drinks in bottles or in cans is made of soft, non-fusible thermosetting plastic with a strongly mesh structure, mainly of expanded polystyrene.

Polyurethane foam and polystyrene foam have the following properties:

- have a low coefficient of thermal conductivity (0.03-0.035) W / mK, which allows the cooler body made of polyurethane foam to keep the temperature of cooled (taken from the refrigerator) bottles and cans of drinks or beer low.

Polyurethane foam has a coefficient of thermal conductivity (0.03-0.035) W / mK.

Expanded polystyrene has a coefficient of thermal conductivity (0.042) W / mK.

Moreover, these materials are used in a wide temperature range (-250- + 180) C;

- durable in the absence of mechanical damage, a service life of 25 years;

- materials are biologically neutral, resistant to microorganisms, mold, rot;

- belong to the group of non-combustible or difficultly combustible materials; they do not have independent burning;

- resistant to atmospheric factors;

- non-toxic;

- have a neutral smell;

- durable;

- do not electrify:

- resistant to plasticizers, constantly encountered solvents, acids and alkalis;

- environmentally friendly;

- do not have a harmful effect on human physiology.

The inventive utility model is illustrated by drawings:

Figure 1 Device for preserving the temperature of drinks in bottles or jars, front view.

Figure 2 Device for maintaining the temperature of drinks in bottles or jars, top view.

Figure 3 A device for preserving the temperature of drinks in bottles or jars, with a can of drink installed in it, front view.

Figure 4 Device for preserving the temperature of drinks in bottles or jars, with a bottle of drink installed in it, top view.

Figure 5 Device for preserving the temperature of drinks in bottles or jars, with a can of drink installed in it, front view.

Utility Model Essence

A device for preserving the temperature of drinks in bottles or jars contains a housing 1 (Fig.1-5), forming a container made in the form of a glass with a hole 2 (Fig.1-5) in the base 3 (Fig.1, 3, 5), in which the diameter along the entire height of the inner cavity of the housing 1 (Fig.1-5) is equal to the diameter of the outer surface of the bottles 4 (Fig.5) with drinks or cans 5 (Fig.3) with drinks. Case 1 (Figs. 1-5) of a device for preserving the temperature of drinks in bottles or jars is made of soft, non-fusible thermosetting plastic, with a highly mesh structure, mainly polyurethane foam, with the possibility of long-term cooling of bottles 4 (Fig. 5) or cans 5 (FIG. 3) with drinks in a hot environment, placed inside the body of the device to maintain the temperature of drinks in bottles or cans.

In addition, the body of the device for maintaining the temperature of drinks in bottles or jars can be made of soft, not fusible thermosetting plastic with a highly mesh structure made of polystyrene foam.

A device for preserving the temperature of drinks in bottles 4 or in cans 5 is designed to maintain the temperature of chilled drinks in metal cans of 0.3-0.5 liters, and glass bottles of 0.5 liters for a long time in a hot environment, such as in the summer , or for long trips by transport, such as a car or bus.

The claimed technical result is the ability to maintain the temperature of chilled drinks in metal cans of 0.3-0.5 liters, and glass bottles of 0.5 liters for a long time in a hot environment, for example in the summer, or when traveling for a long time on transport, such as a car or bus, is achieved by the fact that the body of the device for maintaining the temperature of drinks in bottles 4 or in cans 5 is made of soft, not fusible thermosetting plastic with a strongly mesh structure, mainly polyurethane foam Which has the lowest thermal conductivity among all the known insulating materials.

In addition, the claimed technical result is achieved by the fact that the body of the device for preserving the temperature of drinks in bottles 4 or in banks 5 of the cooler is made of soft, not fusible thermosetting plastic with a strongly mesh structure, mainly of expanded polystyrene.

Polyurethane foam and polystyrene foam have the following properties:

- have a low coefficient of thermal conductivity (0.03-0.035) W / mK, which allows the cooler body made of polyurethane foam to keep the temperature of cooled (taken from the refrigerator) bottles and cans of drinks or beer low.

Polyurethane foam has a coefficient of thermal conductivity (0.03-0.035) W / mK.

Expanded polystyrene has a coefficient of thermal conductivity (0.042) W / mK.

Moreover, these materials are used in a wide temperature range (-250- + 180) С;

- durable in the absence of mechanical damage, a service life of 25 years;

- materials are biologically neutral, resistant to microorganisms, mold, rot;

- belong to the group of non-combustible or difficultly combustible materials; they do not have independent burning;

- resistant to atmospheric factors;

- non-toxic;

- have a neutral smell;

- durable;

- do not electrify;

- resistant to plasticizers, constantly encountered solvents, acids and alkalis;

- environmentally friendly;

- do not have a harmful effect on human physiology.

Claims (3)

1. A device for maintaining the temperature of beverages in bottles or jars, comprising a housing made in the form of a container, characterized in that said container is made in the form of a glass with an opening in the base, the diameter of which over the entire height of the inner cavity is equal to the diameter of the outer surface of the bottles or cans with drinks, while the body is made of a material having a low coefficient of thermal conductivity. 2. A device for maintaining the temperature of beverages in bottles or jars according to claim 1, characterized in that the housing of the device is made of polyurethane foam. 3. A device for preserving the temperature of beverages in bottles or cans according to claim 1 or 2, characterized in that the housing of the device is made of styrofoam.