ES1065788U - Container with antigoteo system (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Container with anti-drip system, which being of the type consisting of two main parts fig. (1) and fig. (2) coupled together, the first of which has rounded tabs (1) and horizontal stops ( 2) for the coupling of the container fig. (2), the latter counting, with a rounded recess (15) in the base thereof for this purpose. It also has said mechanism fig. (1) with a circular inclined surface (14), located just below the tabs (1) and stops (2), which converges in a central hole, and which of this inclined surface emerges, in its lower face, another also circular (11) of smaller diameter than the first and always suitable for the valve "anti-return" (12) fit in it. Just below that inclined surface (14) opens a chamber (3) where the liquid will lodge, resting on the base of the mechanism, which in turn is formed by another inclined circular surface (4) and also converges in a central hole, where the evacuation plug (7) will fit when appropriate. At the center of the mechanism, just in the space left by the central holes, emerges a tilting part (5) inside which is located a spring (8) and the axis (9) of said piece, and which has at its upper end a support base (6) for the container, and at its lower end an evacuation cap (7). In this sense, it will be the spring (8) that will cause the rise of the evacuation cap (7) when it is released from any pressure, and on the contrary, the weight of the container will cause the descent of the shaft (9) and the cap ( 7). So that the rise of the plug (7) is the necessary one, acting as a stop, a fixed piece has been arranged in the form of an inverted "U" (10) and fixed to the lower inclined surface (4) by four points and presenting a hole in the center of its upper part where the shaft (9) will pass, thus acting as a guide. By means of flexible joints, the "non-return" valve (12), which is a circular surface formed by four trapezoidal parts, independent of each other but partially overlapped to act as a flexible one, emerges at half height from the trunk of the tilting part (5). Unit fig. (2), and each having at its lower end specific weights (13) that will cause the independent parts to move and collide against the upper inclined surface (14) when tilting the drinking mechanism, thus closing the step to the return of the liquid. (Machine-translation by Google Translate, not legally binding)

Description

Container with drip system.

Object of the invention

The present invention as expressed in the stated refers to a system formed by a device to which we will call deposit and the different containers also designed especially to fit those deposits or mechanisms the which will vary in size depending on the amount of liquid that it is necessary to absorb, but always keeping the configuration essential of the device, and all designed to avoid constant and annoying drip that produce most of the containers, well because they are frozen beforehand and then when serving the drink occurs the slow defrosting and the consequent drip, as in the case of beer, or by condensation that occurs when serving very cold drinks.

The basic device is the deposit or mechanism, and this channels the drip through a surface inclined circular converging in a central hole through which the liquid falls and lodges in the chamber of the mechanism. This system It is useful in preventing the return of the liquid out even reversing the 360º mechanism since it has a valve "non-return".

This system is also complemented with a piece rocker that will be very useful to open a plug located in the base of the mechanism and thus evacuate the liquid after each use, and to close it to achieve the tightness we need, and all this automatically just by fitting the container. To end a system of tabs and stops has also been contemplated that ensure the smooth but effective fit of the container.

Background of the invention

There are currently means to mitigate the annoying drip that occurs when using the containers to Drinks such as beer or in which ice is used. In the first case, the cup, jug, glass, etc., is frequently introduced in the freezer for optimal beverage temperature and then it thaw dripping constantly. Also the foam of this drink specifically it spills sliding down the surface of the container.

To date, attenuating systems are known the drip and absorb certain amounts of spilled liquid like Coasters made of paper-cardboard or other materials but which are not very effective since they retain very little amount of liquid There is also another system not so well known formed by three pieces assembled under pressure, one of which is circular and is inclined towards the center causing the fall of the liquid towards a central hole and thus retaining it inside. Fixing to the container is done by means of a suction cup. This system is at a disadvantage with respect to the mechanism object of this invention since the fixation through suction cup will not be very effective when the container is very wet and frozen. On the other hand, for the emptying must be removed the bottom cover that acts as a base, This being a nuisance. It is also likely that small drops of liquid accumulated on the circular surface return out to the tilt the device since it has no vertical surface That prevents it. Nor can we tilt the mechanism more than 100º since the liquid will escape through the central hole.

All this is solved with the purpose of invention since it is designed precisely to cover those lacks

Description of the invention

The device object of the invention has an effective system for channeling the drip, even the one with the highest intensity, produced by the thaw or condensation of the container, and for this the mechanism offers a large capacity and simple channeling of the liquid for which it has inclined circular surface that converges in a central hole. In the center of this hole emerges a tilting piece, based on a spring, which, in the upper part of its end has a base, on which the container will rest when fitting it, causing said container to press the tilting piece and actuate the closure of the tank through a plug that is located at the lower end of said tilting piece. With this we will achieve the necessary tightness to use the mechanism. Conversely, this same tilting piece is responsible for opening the tank to proceed to the evacuation of the liquid helped by another inclined surface that is located at the base of the mechanism, and thus allow its cleaning, by removing the container from the mechanism since the spring will return to its normal state and the tip of the tilting piece will rise. The fitting of the container to the mechanism is carried out by means of pressure through four tabs that are located at the top of the mechanism and are aided by four stops that allow precise assembly. Finally to this is added a "non-return" valve located in the trunk of the tilting piece, at medium height, formed by a circular surface divided into four parts in the form of a trapeze, and which is activated by the inclination of the mechanism when drinking since each of these parts have weights that will act by the inertia of the movement, making the valve collide with the main inclined surface and close the passage to the return of the
liquid.

To complement the description and facilitate the understanding of the above is accompanied by the following report a series of drawings to better understand the advantages of the device object of the invention.

Brief description of the drawings

Figure 1. Shows a sectional cut of the system which includes the mechanism

Figure 2. Shows an elevation view of a random container, in this case a jar, suitable for mechanism.

Figure 3. Shows a plan view of the mechanism.

Description of a preferred embodiment

In view of the commented figures, you can be observed as the object of the invention is constituted by a two-part system, the mechanism and the container, being for the latter valid any one that presents a recess in its base with the shape of the tabs (1) of the mechanism. This mechanism is constituted by tabs (1) in its upper part, so rounded, in which the pressure vessel will fit, since the latter is in any way, will have the aforementioned recess (15) rounded at its base, and all this helped by some stops (2) that are located immediately below the tabs to that the container fits precisely. For the fall of the liquid there is an inclined circular surface (14) that converges on a central hole where the liquid will fall, staying in the chamber (3), which in its lower part has another circular surface inclined (4) that converges in another central hole, through which will evacuate the liquid, when the shaft (9) of the tilting part (5) raise the cap (7) and expose the hole, cleaning So the mechanism for gold use. The shaft (9) of this tilting piece (5) is actuated by fitting the container in its support base (6), which is located at the top of said axis, thus achieving lower the cap (7) and fit into the drain hole when we need the device to be waterproof for use. TO conversely, if we remove the container from its support base, the shaft (9) will be pushed up by the spring (8) of the tilting part (5) and lift the cap (7). The swingarm presents in its lower part another larger and "u" shaped part inverted (10) that has a hole in the center where it will pass the axis (9) of the tilting part, which will serve as a guide for it last and as stopper of the cap (7) when it rises. Finally, and to prevent the return of the liquid when the mechanism tilts more than 100º, a "non-return" valve has been arranged (12) located halfway up the trunk of the tilting piece (5) this being circular and formed by four independent parts, but overlapping each other, and in the form of a trapeze with weights (13) specific at its lower ends that will achieve movement of the complete piece by the inertia itself produced by tilting the drinking mechanism In this sense, the natural position of the valve (12) will be the one shown in the drawing of Fig. (1), when the mechanism is in a horizontal position and will deploy, when tilting the mechanism, colliding with the bottom of the upper inclined circular surface (14), just to the height of some projecting pieces (11), thus closing the passage to liquid return This valve (12) will swing aided by the flexible union of its independent parts to the trunk of the piece tilting (5).

Claims (1)

1. Container with drip system, which being of the type consisting of two main parts Fig. (1) and Fig. (2) attachable to each other, the first of which presents rounded tabs (1) and horizontal stops (2) for vessel coupling Fig. (2), the latter counting, with a rounded recess (15) at the base thereof for this purpose. Too said mechanism Fig. (1) has a circular surface inclined (14), located just below the tabs (1) and stops (2), which converges in a central hole, and that of this surface inclined emerges, in its lower face, another also circular (11) smaller in diameter than the first and always suitable for the "non-return" valve (12) fits into it. Just below that inclined surface (14) opens a chamber (3) where will house the liquid, resting at the base of the mechanism, which in turn  It is formed by another inclined circular surface (4) and converges also in a central hole, where the plug of evacuation (7) when appropriate. In the center of the mechanism, right in the space left by the central holes, a piece emerges swingarm (5) inside which a spring (8) and the shaft (9) are located of said piece, and having at its upper end a base (6) support for the container, and at its lower end a plug (7) of evacuation. In this sense, it will be the spring (8) that will cause the rise of the drain plug (7) when it is released from any pressure, and on the contrary, the weight of the container will cause the lowering the shaft (9) and the plug (7). For the rise of the plug (7) is the necessary one, acting as a stop, a U-shaped fixed part inverted (10) and fixed to the wing lower inclined surface (4) by four points and presenting a hole in the center of its upper part where the shaft will pass (9) doing this as a guide. Through flexible joints, emerge to half height of the trunk of the tilting part (5) the valve "non-return" (12), which is a circular surface formed by four parts in the form of a trapeze, independent of each other but partially overlapped to act as a unit Fig. (3), and that each one has weights at its lower end (13) specific ones that will cause independent parts to move and collide with the upper inclined surface (14) when tilting the drinking mechanism, thus closing the passage to the return of liquid.