ES1228100U - THERMAL RECIPIENT (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

A thermal container comprising a body (1) with a perimeter wall (2) and a plug (6) configured to be fixed at one end of the body, characterized in that the perimeter wall (2) comprises: - a first layer of plastic (3), - a layer of thermal insulation (4), and - a second layer of plastic (5), where these three layers (3, 4, 5) provide thermal insulation to a content of the body (1) of the thermal bottle. (Machine-translation by Google Translate, not legally binding)

Description

THERMAL RECIPIENT

DESCRIPTION

Field of the invention

The present invention refers to a thermal container for liquids, which provides thermal insulation to the contents of the container, with plastic materials that make the container object of the invention is suitable for the practice of sports where the container may suffer an accident and keep its insulating properties. The container object of the invention offers thermal insulation conditions for the contents of the container based on the combination of walls of materials that has not been done to date.

Background of the invention

There are many containers intended to thermally isolate the contents of the container, specifically there are many bottles, many of which are made of metal materials that, on occasion, have a layer of protection made of some clay material, which is a rather high weight of the thermal bottle assembly.

Another type of thermal bottle known in the state of the art, consists of a glass bottle to which is added a cover that provides the thermal insulation required for a bottle of this type.

There are many plastic bottles aimed at providing liquid during the development of any exercise, so that they withstand some accidental blow but none of them provides thermal insulation to the liquid they contain, which means that for the liquid to be at a low temperature, it requires a previous treatment of freezing and mixing with liquid at room temperature and it does not make it possible to maintain the temperature of a liquid that is at an elevated temperature, since said liquid loses temperature with the passage of time.

The applicant does not know any document that discloses a container to house liquids that provides thermal insulation to the liquid content similar to the one recommended in this application.

Description of the invention

The thermal container object of the invention comprises a body with a perimeter wall and a cap configured to be fixed at one end of the body, such that the perimeter wall comprises a first layer of plastic, a layer of thermal insulation and a second layer of plastic, where these three materials provide thermal insulation to a content housed inside the body of the container.

In the thermal container object of the invention, the thermal insulation layer is of a material to be chosen between expanded polyurethane or expanded polystyrene.

In the thermal container object of the invention, the body has a neck which in turn comprises an external thread and the plug comprises an internal thread complementary to the external thread of the neck.

In the thermal container object of the invention the cap comprises a rotating element configured to extract the contents housed in the body with the cap fixed to the body.

The rotary element rotates fixed to the cap between a first folded position with the rotating element incorporated in the outer surface of the cap, and a second position extended with the rotating element projecting from the outer surface of the cap.

The thermal container object of the invention comprises a conduit communicated with the rotating element, the conduit being configured to be housed inside the body with the screw cap on the body.

In the thermal container the plug comprises a protective cover configured to cover the nozzle.

In the thermal container object of the invention, the plug in turn can comprise a security element.

Brief description of the drawings

In the following, a series of drawings that help to better understand the invention and that are expressly related to a embodiment of said invention that are presented as a non-limiting example of the invention.

Figure 1 shows a perspective view of the container object of the invention with a detail of the section of the perimeter wall thereof.

Figure 2 shows a perspective view of an embodiment of the plug showing the conduit thereof.

The numerical references used in the figures are:

1. body,

2. perimeter wall,

3. first layer of plastic,

4. Thermal insulation layer,

5. second layer of plastic,

6. stopper,

7. neck,

8. External thread of the neck of the body,

9. internal thread of the neck of the body,

10. internal screw thread,

11. external screw thread,

12. nozzle

13. conduit,

14. protective cover, and

15. security element.

Detailed description of the invention

The object of the invention is a thermal container comprising a body (1) with a perimeter wall (2) comprising a first layer of plastic (3), a layer of thermal insulation (4), which in the preferred embodiment of the invention is a material of choice between expanded polyurethane or expanded polystyrene, and finally a second plastic layer (5).

The thermal container object of the invention comprises a plug (6), such that the plug (6) can be screwed on the body (1) thus closing the body that houses the contents temperature you want to keep.

The body (1) of the container according to the invention has a neck (7) which can have an external thread (8) or an internal thread (9), at the same time as the plug (6), to be screwed on the neck ( 7) comprises an internal thread (10) complementary to the external thread (8) of the neck (7) or an external thread (11) complementary to the internal thread (9) of the neck (7).

In an embodiment of the plug (6) of the thermal container object of the invention, said plug (6) comprises a nozzle (12) that can be rotatable, retractable, or fixed.

There is another embodiment of the thermal container object of the invention, in which the cap (6) lacks nozzle (12) and it is the cap itself that is screwed and unscrewed from the neck (7) giving access to the contents of the interior of the body ( 7).

In the embodiment of the cap (6) of the thermal container object of the invention in which the nozzle (12) is fixed, the cap (6) comprises a protective cover (14), configured to cover the nozzle (6).

In the embodiment of a rotary nozzle (12), said nozzle (12) has two end positions, a first folded position, in which the nozzle (12) is incorporated in the outer surface of the cap (6), and a second extended position, in the nozzle (12) protrudes from the outer surface of the cap (6).

The nozzle (12), is the element of the thermal container object of the invention that allows to extract the contents housed in the body (1) with the bottle closed. Likewise, the nozzle (12) is connected to a duct (13), the duct (13) being configured to be housed inside the body (1) with the plug (6) threaded on the body (1), so through the pipe (13) and the nozzle (12) can be extracted, by suction, the contents of the body (1) of the thermal container object of the invention, extracting it from the bottom of the body (1).

In any case, the container object of the invention can comprise any plug (6), which is screwed either with the internal thread (10) or with the external thread (11), in the neck (7) of the body (1).

The plug (6) in turn can comprise a safety element (15), which in one embodiment is a carabiner, fixed to the plug (6) itself.

Claims (8)

1. Thermal container comprising a body (1) with a perimeter wall (2) and a plug (6) configured to be fixed at one end of the body, characterized in that the perimeter wall (2) comprises: - a first layer of plastic (3), - a layer of thermal insulation (4), and - a second layer of plastic (5), where these three layers (3, 4, 5) provide thermal insulation to a body content (1) of the thermal bottle. 2. Thermal container according to claim 1, characterized in that the thermal insulation layer (4) is made of a material of choice between expanded polyurethane or expanded polystyrene. 3. Thermal container according to any of claims 1 to 2 characterized in that the body (1) has a neck (7) which in turn comprises an external thread (8) and the plug (6) comprises an internal thread (10) complementary to the external thread (8) of the neck (7). 4. Thermal container according to any of claims 1 to 2 characterized in that the body (1) has a neck (7) which in turn comprises an internal thread (9) and the plug (6) comprises an external thread (11) complementary to the internal thread (9) of the neck (7). 5. Thermal container according to any of claims 1 to 3, characterized in that the plug (6) comprises a nozzle (12) configured to extract the contents housed in the body (1) with the plug (6) fixed to the body (1) , where the nozzle (12) rotates fixed to the plug (6) between: - a first folded position with the nozzle (12) incorporated in the outer surface of the cap (6), and - a second extended position with the nozzle (12) protruding from the outer surface of the cap (6). 6. Thermal container according to claim 5, characterized in that it comprises a duct (13) communicated with the nozzle (12), the duct (13) being configured to be housed inside the body (1) with the plug (6) fixed to the body (1). 7. Thermal container according to any of claims 5 or 6 characterized in that the cap (6) comprises a protective cover (14) configured to cover the nozzle (6). 8. Thermal container according to any of claims 1 to 7, characterized in that plug (6) in turn can comprise a security element (15).