Thermal container for beverage bottles

Abstract

A thermal container for beverage bottles, comprised by the cylindrical body (1), with two lateral pins (2 and 3), and the lateral pins (2 and 3) sit in the slots (6) existing in both arms of the fork (7), and this fork (7) is attached by pressure to the base (8), through a coupling (9), inside the cylindrical body the castanhas are inserted (10), the container has an circular coupling (13) with a cap (15) with an opening (16), so it is possible to place a bottle inside the duct (11) and its neck is outside the thermal container, passing through the cap (15) opening (16).

Claims

1. A thermal container for beverage bottles comprised by the cylindrical body (1), with two lateral pins (2 and 3), with their respective caps (4 and 5), and the lateral pins (2 and 3) sit in the slots (6) existing in both arms of the fork (7), and this fork (7) is attached by pressure to the base (8), through a coupling (9), inside the cylindrical body (1) the castanhas are inserted (10), the container has a circular coupling (13) with a cap (15) with an opening (16), so it is possible to place a bottle inside the duct (11) and its neck is outside the thermal container, passing through the cap (15) opening (16), characterized by inside the duct (11) formed by the castanhas (10) insert a basket (12) to support the bottle that will be inserted into the container in the hollow duct (11), and the superior portion of the cylindrical body (1) receives a circular coupling (13) fixed by pins (14) in the interior of the body (1), in order to maintain the basket (12) and the castanhas (10) attached to the body (1), and this cap (15) has a system comprised by four fasteners (18) placed circularly (19).

Description

[0017] In this case:

[0018] FIG. 1 illustrates a perspective of the thermal container proposed;

[0019] FIG. 2 shows a posterior view of the thermal container;

[0020] FIG. 3 shows a front view of the container;

[0021] FIG. 4 shows a lateral view of the thermal container;

[0022] FIG. 5 shows a exploded superior view of the thermal container and;

[0023] FIG. 6 shows several vies of the cap, a perspective (A), Posterior (B) and longitudinal cut (C).

[0024] A preferential form to execute the proposed utility model is comprised by the cylindrical body (1), with two lateral pins (2 and 3), with their respective caps (4 and 5), and the lateral pins (2 and 3) sit in the slots (6) existing in both arms of the fork (7), and this fork (7) is attached by pressure to the base (8), through a coupling (9).

[0025] inside the cylindrical body (1) the castanhas are inserted (10), corresponding to the three thermal parts that shall maintain the bottle temperature under control. Those three parts are united, forming a hollow duct (11) with similar dimensions to the bottle that will be placed inside the thermal container.

[0026] inside the duct (11) formed by the castanhas (10), a basket (12) is inserted to hold the bottle that will be inserted inside the container in the hollow duct (11).

[0027] The superior portion of the cylindrical body (1) receives a circular coupling (13) fixed by pins (14) in the interior of the body (1), to maintain the basket (12) and the castanhas (10) attached to the body (1), avoiding that that pieces fall when the bottle is tilted to pour its content.

[0028] The container has an circular coupling (13) with a cap (15) with an opening (16), so it is possible to place a bottle inside the duct (11) and its neck is outside the thermal container, passing through the cap (15) opening (16). This cap (15) has a system to hold the bottle neck, that is comprised by four fasteners (18) placed circularly (19), so the bottle is held by this fasteners.

[0029] The container has a frontal plate (17) for placing the brand and the information elements.