ES1060656U - Refrigerator device for improved water garrafts (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

1. Improved cooling device for water bottles, essentially characterized by being composed of a base compartment that contains a cooling system on which a water bottle can be placed and an upper cover that encloses and thermally insulates it, allowing the cooling of the water bottle. water by contact and by the insulation produced inside.

Description

Cooling device for water bottles improved.

This utility model refers to a refrigeration device specially designed for packaging water cylindrical so that by completely wrapping the refrigerating container substantially increases performance thermal.

So far, the systems that facilitate the Water pouring from carafes is limited to simple supports on the that place the bottles, other systems include cooling by Contact with low thermal efficiency.

There are also cooling devices in those that the water contained in a carafe must run previously by internal containers of the device for cooling before of being poured, so it cools only a small part of the water contained in the carafe, that is, it cools only the water that is found inside the device.

The new model presents a novel design with numerous features that increase performance, so that cost savings is evident. The simple act of adapting your way for the bottles to be completely located in their interior and present a compact and aesthetically exterior appearance Nice, it's a novelty.

The large outer surface means, not just a element capable of allowing numerous decorations, but a highly relevant advertising support in all aspects commercial.

To better understand the scope of this model we will describe it on the attached drawings in which it has been materialized a preferred design of the same given by way of example Without limitation.

In the drawings:

Fig. 1 shows a side view of the model,

Fig. 2 shows a section of the view side,

Fig. 3 shows a perspective view of the model without the top cover,

Fig. 4 shows a front view of the device and

Fig. 5 shows a rear view of the model.

As can be seen in the figures, they can be distinguish: the base body or cabin (1), the insulating cover (2), the bottle (3), aeration grill (4), ignition switch (5), thermostat (6), static heatsink grill (7), duct of condensation collection (8) and compressor (9).

As can be seen in the figures, the device forms a passenger compartment (1) for water bottles (3) that are completely covered when the insulating cover is placed (2) except the water discharge duct of the carafe.

Inside the cabin are the cooling mechanisms such as the compressor (9), grilles cooling, condensate evacuation ducts (8), etc...

In addition, the base cabin (1) has grilles aeration (4) on the side faces of the model, as well as the static heatsink grill (7) at its rear.

In addition, in the back presents the power switch (5), and thermostat regulator (6) of cooling temperature control.

The water contained in the carafe will be cooled, by the cold transfer provided by the grid system cooling in the bottom of the carafe, not only because of the contact but by the insulation that is achieved with the lid insulator (2).

Thanks to the insulating cover (2) the surface outside of the bottle (3) is completely isolated from the outside, preventing heat transfer and therefore, improving the performance of the refrigeration system significantly.

In addition, the condensation grid is located in such a way that surrounds the compressor so that dissipation improves of heat and, therefore, the cooling rate of water.

These improvements reduce the consumption of electrical power of the device and also of the noise produced by the cooling system when the fan is operated only in the device start time.

The improvement extends to the life span of the device since by optimizing performance and reducing the cooling system activity its life cycle is prolonged significantly over time.

The water that, due to the occasional opening of the lid (2), condense on the surface of the carafe (3) due to the temperature difference between its outer surface and the room temperature, runs through the support base of the carafe (3) in the passenger compartment (1) and is collected by the water pipe condensed (8) and deposited inside the base of the model, evaporating near the compressor.

It can be seen that the model presents a compact appearance, aesthetically pleasing and with a surface exterior suitable to be decorated or used as a support advertising

Within the essence of the invention, the variant of detail, also protected, characteristics of the lid insulation and may vary type of mechanism refrigeration, type of carafes it can contain, as well as the size of the different components, the quantity of these and since Then, the material used.

Claims (3)

1. Cooler device for improved water bottles, essentially characterized by being composed of a base cabin that contains a cooling system on which a water canister and an upper lid that encloses and thermally insulates it can be placed, allowing cooling of the contact water and the insulation produced inside. 2. Cooler device for improved water bottles, according to the first claim, essentially characterized in that it has a condensation water recovery conduit that keeps the outer surface of the water bottle contained inside the base cabin dry. 3. Cooler device for improved water bottles, according to the 1st and 2nd claims, essentially characterized in that it has condensation grilles on the sides of the compressor that improve heat transfer and therefore the performance of the cooling system.