BRMU9101633Y1 - CONSTRUCTIVE PROVISION APPLIED TO THERMAL SUPPORT FOR BEVERAGE BOTTLES - Google Patents

Abstract

constructive arrangement applied to a thermal support for beverage bottles, comprising a suitable support base, from which a rotatable fork-shaped part (9) is projected on said base; a thermal container consisting of a cylindrical body (1), internal insulating material (11), cylindrical body engaging member (4), pins (7) thereon with which can be supported on this fork. it can be secured to the fork and allow the cylindrical body to be tilted, the body (1) being closed by screw cap (16) to this locking element.

Description

(54) Title: CONSTRUCTIVE ARRANGEMENT APPLIED TO THERMAL SUPPORT FOR BEVERAGE BOTTLES (51) Int.CI .: A47G 23/04 (73) Holder (s): ADNAN ABED ZARRUQ. MARLON ALMADA COIMBRA (72) Inventor (s): MARLON ALMADA COIMBRA

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CONSTRUCTIVE ARRANGEMENT APPLIED TO THERMAL SUPPORT FOR BOTTLES OF DRINKS

TECHNICAL FIELD

The present descriptive report for the utility model refers to the development of a constructive arrangement applied in thermal support for beverage bottles, comprising a suitable support base, from which a rotating fork-shaped piece is projected on that base; and on that fork, a thermal container composed of a cylindrical body, internal insulating material, locking element for the cylindrical body, pins on that locking element with which it can be attached to the fork and allowing tilting of the cylindrical body, this body being closed by a screw cap to this fitting element.

STATE OF ART

Thermal containers for the preservation of refrigerated drinks that are placed on tables, counters, etc., to be appreciated by consumers are known in the art and have several models.

In the specific case, the prior technique can be determined by the document BR 0.903.124-3 by COIMBRA (2009), which describes a support with a fixed circular base, a piece in the shape of a fork, with the container resting on that fork. thermos containing the beverage bottle. The fork can rotate at the base. The two fork arms have (U (shaped) cavities at their respective ends, where the fused headed pins fit together with the lower container, in such a way that this type of seating allows the bottle holder to be tilted on the fork by said pins. Still, the

2/5 said container is provided with an upper thread, where the cap of the bottle holder is threaded on it, so that the bottle does not fall when the container is tilted to serve the drink.

Cited documents: BR 0.003.397-9; BR 0.504.614-9; BR 7,300.745-5;

BR 7,401,979-1; BR 8,300.083-6; BR 8.902.583-0 BR 8.201.601-1; BR

8,302,758-0; BR 8.300.474-2; BR 9.504.409-4; BR 7.901.340-6 and BR 8.200.323-8.

DISCUSSION

The constructive disposition applied in thermal support is an evolution of the thermal support for COIMBRA bottles (2009). The previous product was made of metal, intended for a different audience and with high purchasing power. However, the market showed that there was a need to adapt the product to a more significant demand. For this, it was necessary to develop a new product. The base has practically not changed just the change of material to reduce costs and weight of the part.

The thermal container itself and a plastic cylinder containing thermal insulation inside, this insulation being formed by three pieces (triptych). The bottle is inserted in a tube formed by these three pieces. This type of triptych insulating element is known and used in other insulation systems. The top cap that attaches to the neck of a standard dark-hulled bottle is known and used, for example, in BR 8.201.601-1.

The cylindrical body receives an upper locking element. Headed pins are arranged on this upper element. These pins fit into the base fork and allow the cylindrical body to be tilted. The cover is screwed onto the locking element.

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It can be seen that COIMBRA (2009) describes a cylindrical body containing headed pins, but these pins are attached to the aluminum body. They are not attached to a locking element. The proposed construction now allows the complete disassembly of the set for repairs and cleaning. LIST OF FIGURES

The characterization of this document for a utility model patent is made by means of drawings representative of the constructive arrangement applied in thermal support for beverage bottles, in such a way that the product can be fully reproduced by appropriate technique, allowing full characterization of the functionality of the pleaded object.

The descriptive part of the report is based on the elaborated figures that express the best or preferred way of producing the product now idealized, through a detailed and consecutive numbering, where it clarifies aspects that may be implied by the adopted representation, in order to clearly determine the protection now sought.

These figures are merely illustrative and may present variations, as long as they do not run away from what was initially claimed.

In this case, we have to:

Figure 1 shows an exploded perspective of the proposed thermal support with the bottle out;

- figure 2 shows another exploded perspective of the thermal support, where the thermal insulation is seen next to the bottle;

figure 3 shows a longitudinal section of the support;

-Figure 4 shows an exploded perspective of the mounted thermal support

4/5 with a bottle inside and;

- figure 5 shows another perspective of the thermal support.

DESCRIPTION

A preferred embodiment of the proposed utility model 5 comprises the cylindrical body (1) provided with two symmetrical side openings (2 and

3), where a locking element (4) can be coupled to the upper part of said body; this fitting element being hollow (5), so as to allow a bottle (6) to be passed through it, said fitting element having side pins (7) that sit in the symmetrical side openings (2 and 3 ) and the “U” supports (8) of the fork (9).

The locking element (4) is inserted into the cylindrical body (1) and rests on the end portion (10) of the insulating parts (11), in such a way that each of these parts is entirely inside said body (1) , each containing a cutout (12).

Inside the cylindrical body are located the insulating triptych elements (11), containing a support base (13) for the bottle, where these elements together form an isolated cavity (15) that can receive a bottle; cavity that is drilled at the bottom (14) to escape the condensation water.

The cylindrical body (1) after receiving the hollow fitting element (5) can be closed by a cap (16), the cap (16) being threaded, push the bottle against the insulating elements, causing them to lock in the locking element (5) making it possible to turn the body (1) by the fork (9) without the entire bottle slipping from inside the body (1).

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The support contains a front plate (17) intended for affixing a brand or informational elements.

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Claims (2)

CLAIM: 1- CONSTRUCTIVE ARRANGEMENT APPLIED ON THERMAL SUPPORT FOR BOTTLES OF BEVERAGES, characterized by the fact: - the cylindrical body (1) has two symmetrical side openings 5 (2 and 3), where a locking element (4) can be coupled to the upper part of said body; this fitting element being hollow (5), so as to allow a bottle (6) to be passed through it, said fitting element having side pins (7) that sit in the symmetrical side openings (2 and 3 ) and the “U” supports (8) of the fork (9); 10 - the locking element (4) is inserted into the cylindrical body (1) and rests on the end portion (10) of the insulating parts (11), in such a way that each of these parts is entirely inside said body ( 1), each containing a cutout (12); - the cylindrical body (1), after receiving the hollow insert 15 (5), can be closed by a cap (16), and when this cap (16) is screwed, push the bottle against the insulating elements, causing them to lock in the locking element (5) making it possible to turn the body (1) by the fork (9) without the entire bottle slipping from inside the body (1). * * * 2/2