ES1072865U - Bottlener for bottles (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Pourer for bottles, that being of the type of those constituted from a neck with its embouchure endowed with a trunk-conical section, which is attached by the interior of the bottle, complemented by another outer neck of greater diameter and lower height for coupling on the external part of the neck of the bottle, it is characterized in that, in correspondence with the lower end or exit hole of the neck, a diametrical partition is provided which, in combination with some conformations of the inner edge of both halves of the orifice, two exit zones of different flow are established. (Machine-translation by Google Translate, not legally binding)

Description

Bottle pourer.

Object of the invention

The present invention relates to a landfill for bottles, whose obvious purpose is to constitute a means for the pouring of the liquid contained in a bottle.

The object of the invention is to achieve a dump with an outlet hole divided into two halves asymmetric that allow the discharge to be with one or another flow depending on the position of the bottle and therefore the chute.

Background of the invention

The spills applied to bottles, for transfer or emptying of liquids, usually they are generally constituted by a neck that fits inside the bottle and protrudes of the edge corresponding to the neck of said bottle, and a hole at the lower end, which is the one inside the bottle, through which the spill is carried out when has the bottle tilted down, with the particularity of that neck presents externally another one of greater diameter and smaller height that fits over the outside of the neck of the bottle, thus being perfectly entrenched in it.

Well, sometimes it is necessary to perform a emptying or pouring the liquid inside the bottle with certain caution, that is, with a conveniently reduced output for avoid spills or for filling other containers that require a liquid reception with small flow in order to avoid filling rapid with subsequent spillage while in others Sometimes it is convenient that the output is carried out with a flow greater in case the emptying is done directly in a large container or without the precaution of having to reduce the flow rate, etc.

Description of the invention

The pourer that is recommended has been conceived to solve the problem described above, and more specifically to be able to output the liquid contained in the bottle in which the spout is applied, with one or another flow rate and thus adapt to the needs required in each case.

For this, the pouring of the invention constituting from the cylindrical coupling neck on the inside of the bottle and the external coupling neck on the outside of the edge of the neck, has the peculiarity that the outlet hole established on the inside of the neck, instead of being a diaphanous hole, it has a diametral nerve which defines two halves, with an asymmetric configuration, where one of the halves output for a higher flow rate than the corresponding To the other half. This way when you lean down the bottle and therefore the spout, depending on the position in which the spout remains, the liquid will flow out of one or the other of the halves, with a greater or lesser discharge rate.

As for the mouth, usually divergent that presents the upper end of the spout, as it is conventional, has the peculiarity that said mouth It is equipped with two discharge areas, one ending at a peak that is in axial correspondence with half of the outlet hole with lower flow, and the other with greater amplitude with respect to the peak, which faces the other half corresponding to a higher flow rate, in order for the liquid to be poured or emptied from the bottle, leave both in one case and another uniformly, since when it comes to the exit by half of lower flow, the pouring peak defines a means of channeling the pouring, while the broad pouring section of the other side, in correspondence with the mouth, defines the means of exit that do not it requires the channeling of the liquid, since this outlet is of greater flow and therefore without problems that it is not conveniently channeled the flow.

Description of the drawings

To complement the description that then it will be done and in order to help a better understanding of the features of the invention, according to a preferred example of practical realization thereof, is accompanied as an integral part of that description, a set of drawings in where illustrative and not limiting, it has been represented the next:

Figure 1.- Shows a representation corresponding to a perspective by the upper end of the pouring object of the invention.

Figure 2.- Shows another perspective, in this case in correspondence with the lower end of the spout, where the two corresponding asymmetric halves are clearly visible to two outflows.

Figure 3.- Shows a plan view of the Pourer represented in the previous figures.

Figure 4.- Shows a sectional view. corresponding to the cutting line A-A in the figure 3.

Preferred Embodiment of the Invention

As you can see in the referred figures, the pouring of the invention is constituted, as is conventional, to from a neck (1) which is usually preferably of a material plastic, and suitable for accommodation in correspondence with the end upper neck of a bottle, complementing this neck (1) with another external one of greater diameter and of smaller height, for coupling over the outer edge of that bottleneck, said edge of the neck of the bottle being housed in the downward groove (3), defined by the necks (1 - 2).

Likewise and also as is conventional, the neck (1) has an increase in diameter at its outlet end (4) according to a slightly conical trunk section, such as It is clearly seen in Figure 4.

Well, from these characteristics, the novelty of the invention is that the lower end (5) opposite the one of exit (4), presents a diametral nerve (6) that divides the corresponding hole (5) in two asymmetric halves (7 - 8), in where the diametral configuration of the asymmetric half (7) establishes a greater opening than that corresponding to the Asymmetric half configuration (8), as shown clearly in figures 2 and 3.

In axial correspondence with the lower half amplitude or flow rate (8), a pouring spout (9) is planned on the own trunk-conical mouthpiece (4), allowing in the emptying position of the bottle when the liquid flow comes out asymmetrically (8), the spill is channeled through the peak (9) referred, while when the discharge is made by the other half (7) of greater flow, then the liquid will leave the area opposite of the peak (9), zone in which a sector of channeling (10) that does not require a liquid concentration since the exit in this case is planned to take place No controls or care.

Therefore, by means of the described spout, the emptying of a bottle can be done completely controlled and with a minimum output flow, whose output is will make through the middle (8) of the hole (5), previous positioned inclined of the bottle towards that half (8), while that in case a higher flow output is required and therefore so much without control, then the bottle is positioned so that the liquid comes out in the middle (7) of the hole, therefore existing two ways of emptying the bottle, one with greater flow and another with lower flow, in order to control the output in the second case, that is, when that is done through the hole (8) of lower flow since the flow is required to be minimal or checked.

Claims (2)

1. Bottle pourer, which being of the type constituted from a neck with its mouthpiece provided with a conical trunk section, which is coupled by the inside of the bottle, complementing it with another outer neck of greater diameter and smaller height for coupling on the external part of the neck of the bottle, it is characterized in that, in correspondence with the lower end or exit hole of the neck, a diametrical partition is provided which, in combination with conformations of the internal edge of both halves of the hole, two output zones of different flow are established. 2. Bottle pourer, according to claim 1, characterized in that, in correspondence with the edge of the trunk-conical section of the outlet mouth of the pourer, a spout of the flow is provided for the flow of the liquid through the asymmetric half of smaller flow rate, this peak being axially aligned with said asymmetric half of lower flow rate, while in diametral opposition to that spout peak, a channeling zone corresponding to a larger sector that is axially faced with the asymmetric half corresponding to the outlet is provided. of greater flow.