ES2466091A1 - Multiple bottle rack structure (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Multiple bottle rack structure. The structure is based on the coupling of a series of profiles (1) affected by holes or holes (5) to stably support bottles (13) through their necks housed in those holes or holes (5), the profiles being (1) laterally provided with grooves (6) and (7) of one or another configuration for housing in them complementary pieces (8) and (9) that establish the means of connection and coupling between the different contiguous profiles, to thus form the structure that depending on the number of orifice alignments (5) with which the profiles count, it will be possible to store and expose more or fewer bottles. (Machine-translation by Google Translate, not legally binding)

Description

OBJECT OF THE INVENTION

The present invention relates to a multiple bottle rack structure that is based on the combination and coupling of a series of elongated profiles, with greater or lesser width and thickness and laterally provided with adjacent inter-coupling means between them, by means of assembly parts, being in all cases the affected profiles of one, two

or more hole alignments in which the necks of the bottles will be arranged so that they are perfectly fastened in the holes through their own necks.

The object of the invention is to achieve a bottle rack structure that is not only designed for the storage of bottles with neck, but also serves as an exhibitor for said bottles, allowing the vision of each and every one of them.

The profiles can be rectangular, trapezoidal-rectangular or even trapezoidal, where the measurements, the amount of holes drilled and the degrees of inclination of the sides, may be variable to form one type or another of structure.

BACKGROUND OF THE INVENTION

Currently, a wide variety of structures for the storage of bottles are known, ranging from wooden structures made with various designs to position the bottles lying or standing, to cardboard boxes, ceramics, iron and a long etc. of materials and shapes. The purpose of each and every one of them is fulfilled when it comes to storing not so when what is sought is the double function of storing and exhibiting, in some cases they are specific exhibitors with one or very few exposed bottles, or, in the vast majority of cases and when the height of the structure exceeds ours, you can only see the area of the bottle stopper.

Although in the market it has been possible to find a small reference that can have a similarity as an exhibitor, since it consists of a wood with a hole and the base of the same with an angle cut parallel to the base where it will rest to maintain in balance to a bottle inserted by the neck. As mentioned above it is about of an individual exhibitor, impractical as a storage rack.

The present invention seeks to meet a series of conditions demanded by the market of those lacking other forms of storage and exposure of bottles among which is it so:

By the position of the bottles you can see the structure of it By the position of the bottles you can see the labels of these. Due to the position of the bottles, it guarantees that the cork is in contact with the liquid and It will maintain the necessary pressure to prevent the entry or exit of air.

By design:

Straight panels can be formed that cover the walls of a room, around a column, half columns, columns coming out of the ceiling, columns of very different shapes (round, square, rectangular, hexagonal, octagonal, etc., with lintel, with capital ,

staggered and others).

Fixed or mobile, with large capacity of bottles per meter / cubic / square with greater exposure for its possibility of rotation and translation, Wide variety of shapes or designs following the patterns of the invention with a variety of Materials that can be: Wood, stone or granite, plastic, plaster, fibers, metal, etc.

That is within an optimal relationship design, quality and price.

concluding that the only existing similarity is the formation of structures that They have a similar purpose although with clearly differentiated results.

DESCRIPTION OF THE INVENTION

The structure of multiple bottle rack that is recommended is intended to solve the problem described above, that is, to provide a simple and effective solution to something as complex as the storage and exposure of bottles, trying to adapt to the needs demanded by the market , without forgetting that every day there is a greater need for the best and best use of natural resources, which is what the present patent application is intended to do.

More specifically, the structure of the invention is constituted by the collateral assembly of a series of profiles that from a basic rectangular profile, which can be wood, plastic, methacrylate, aluminum, iron or building materials such as concrete, cement , ceramics and others, presents a series of longitudinal incisions and with different degrees to form trapezoidal profiles or straight trapezoids, and in all cases affected by holes or through holes, in one, two or more alignments to place in each of them the The neck of a bottle is perfectly stable and cantilever with respect to the profile.

The sides of each profile, can be curved-concave and curved-convex by their bases, and have grooves that can be rectangular or dovetail to accommodate coupling pieces, first rectangular and secondly with double dovetail, to collaterally assemble the profiles and form structures in which bottles will be attached through their necks.

The holes or holes of the profiles, will present a slight inclination to keep the bottle through its neck in a stable position, with elevation of the base with respect to the neck and thus keep the cap permanently covered by the liquid contained in the bottle, avoiding so that the cork dries, which in the case of wine bottles would produce oxidation of the wine and consequently its acidity.

Depending on the number of profiles that are joined together, structures can be obtained to arrange on the plane of a wall or structures around columns, semicircular structures, polygonal structures, etc., so that in all cases the bottles will be placed and secured stably in the different holes or holes with which the profiles are affected, resulting in any case the structure completely stable since the collateral coupling between profiles is carried out by the means already mentioned, that is to say the groove and the assembly parts.

In addition, each structure can be complemented with a base that can even be equipped with rolling means to be able to carry out a displacement and mobility of the structure with the bottles and in the upper part it is equipped with a lid that will close the structure superiorly. which undoubtedly carries with it a better and optimal aesthetic appearance in the whole structure.

Obviously, both the cover and the base can be fixed by any appropriate system, be it by means of brackets, screws, by gluing, spikes, etc.

DESCRIPTION OF THE DRAWINGS

To complement the description that will then be made and in order to help a better understanding of the characteristics of the invention, this descriptive report is attached, forming an integral part thereof, a set of drawings where illustrative and not limiting, the following has been represented:

Figure 1.- Shows a base profile, where the possible curved-concave or curved-convex shapes of the bases have been signaled in a dotted line, while laterally it shows, also marked by dashed lines, longitudinal incisions at different degrees, specifically at 60 °, 67 °, at 72 ° to 75 °, thus providing in each case a specific form of each profile, positioned through another of its incisions, obtaining in any case a trapecial profile.

Figures 2 and 3. - They show an extreme perspective general view of a trapezoidal profile with its corresponding holes and lateral grooves, and with an alignment of holes or drills.

Figures 4 and 5. - They show another view like that of the previous figure, but in this case with a groove in dovetail in correspondence with one of the bases in this case it will be

Logically flat for coupling with another similar profile.

Figures 6 and 7. - They show perspective views of assembly elements between profiles, in one case by a rectangular piece and in another case by a double dovetail piece, to stay in the grooves, either straight, or in dovetail with which the sides of the profiles themselves are affected,

Figure 8 shows a perspective view of a structure obtained by assembling several profiles such as those represented in the previous figures that specifically correspond to a semi-polygonal structure.

Figures 9 and 10.-Correspond to an extreme view and perspective of a profile with two holes or holes alignments.

Figure 11.- Shows a structure formed by collateral coupling with each other of three profiles as shown in Figures 9 and 10.

Figure 12.- Shows a bottle rack structure for application on a flat surface or wall.

Figure 13.- Shows a perspective view of a structure similar to Figure 8 but with a plurality of bottles that does not correspond in the holes or holes in the profiles.

Figure 14.- Shows another top perspective view of a structure, in this case formed by a plurality of profiles forming a polygonal contour from whose face a plurality of bottles steadily held through the necks in the holes or holes with which emerge these profiles are affected.

Figure 15.- It shows a representation like that of the previous figure, but in this case with three hole alignments in each of the profiles, without the bottles, this figure showing the large storage capacity and exposure of bottles that will have the structure.

Figures 16 and 17. - Finally, they show perspective views corresponding to a cover and a base applicable to structures such as those represented in Figures 14 and 15.

PREFERRED EMBODIMENT OF THE INVENTION:

As can be seen in the aforementioned figures and specifically in relation to Figure 1, a base profile (1) can be observed in terms of configuration, which is laterally affected by longitudinal incisions (2) that can be sectioned through any of them to form trapecial profiles, such as the one represented for example in the second figure, where the lateral faces will have greater or lesser inclination depending on the amplitude or degrees of the cut incisions (2) mentioned, having also been represented with dashed line the curved-concave (3) and curved-convex (4) lines, which establish a configuration of the bases of own profile (1), that is to say that in addition to the flat side and oblique sides, the profile (1) can have its bases, concave (3) or convex (4), without discarding other configurations.

In any case, the profile (1) will be affected by a plurality of hole or holes (5), with a certain inclination, for the introduction of the bottlenecks (6) being these retained in those holes or holes (5), as a result of the inclination of the same, and whose inclination will determine that the bases of the bottle are higher than the neck so that the caps always keep in contact with the contained liquid and thus avoid air intake.

In addition, the profile (1) has grooves (6) and (7) on its sides, rectangular in the first case and in the second trapezoidal, and can be rectangular in both cases

or in both trapezoidal cases, and in any case, those grooves (6) and (7) will be introduced assembly pieces (8) and (9), respectively, so that the piece (8) is rectangular to stay in the groove (6) and the piece (9) in the form of a double dovetail to engage in the groove (7), all this establishing the lateral coupling between the profiles (1) as shown in Figure 8 .

In addition to the side grooves (6) and (7) the profile can have a dovetail groove

(10) as shown in Figure 4, to allow coupling through that face where the slot (10) is with other similar profiles.

In figure 9 and in figure 10 the profile (1) is shown with two hole alignments (5) and its lateral grooves (6) and (7), allowing to form structure as shown in figure 11, where logically the number of bottles to be supported will be larger than the one that can store the structure or bottle rack of figure 8.

Figure 12 shows several profiles 1 coupled to each other formed a kind of semi-polygon in terms of its contour, with a flat front part (12) to be arranged attached to a wall, presenting the profiles (1) coupling means already mentioned and also three hole alignments (5) in each case.

Figure 13 shows another structure, such as that of Figure 8 holding bottles (13) through their necks housed in the holes or holes (5).

Another embodiment of Figure 14, where the structure formed by different profiles

(1) is a closed structure forming a complete polygon where the storage or exposure capacity is greater, however, in Figure 15, a closed structure is also seen as in the previous figure in this case with affected profiles (1) of three hole or hole alignments (5) where the storage and exposure capacity is very high.

That is to say, multiple structures can be formed, with greater or lesser storage capacity or exposure of bottles, depending on the number of hole or hole alignments (5) with which the profiles (1) count, so that in any case each structure , either closed, open or of any configuration, it can be completed with a cover (14), which will have the same upper outline of the structure to close or hide the necks of the bottles, and can also be complemented with a base (15) as shown in Figure 17, capable of incorporating wheels for the displacement of the structure with the bottles or even to establish a means of rotation of the structure with respect to a fixed point, in which case said base (15) would have a hole ( 16) of anchoring of axis union for rotation of union of the structure itself.

Claims (5)

1.-Multiple bottle rack structure, characterized in that a series of profiles (1) is constituted by means of the inter-coupling between them, which from a basic profile, equipped with lateral creasing lines at different angles and with one or another shape, convex , concave or with any other configuration in the bases, has the particularity that the profile (1) itself is affected by one, two or more holes or holes alignments (5) for the introduction of the neck of corresponding bottles (13) which will remain in a stable position in the holes or holes (5) of the profiles (1) in their vertical position and collateral coupling between them, provided that said profiles (1) have grooves (6) and (7) lateral, in a rectangular case and in the other case trapezoidal or in the form of dovetail, for the coupling of some profiles with others and form different structures, according to the number of arrangement of the profiles, a coupling is made by means of respective pieces (8) and (9), in the first rectangular case and in the second case in the form of a double trapezoid or dovetail for accommodation in the groove (7) of two contiguous profiles (1). 2. Multiple bottle rack structure, according to claim 1, characterized in that the profiles (1), in addition to the lateral grooves (6) and (7), which can be the same or different, have a groove (10) corresponding to a of their faces, also of dovetail configuration for coupling with another profile, through their base. 3.-Multiple bottle rack structure, according to the preceding claims, characterized in that the coupled profiles form an open structure for its arrangement attached to a wall or to any other object or element of a passenger compartment. 4. Multiple bottle rack structure, according to claims 1 and 2, characterized in that the profiles are coupled together forming a closed contour that can be arranged around a column or in any similar place. 5.-Multiple bottle rack structure, according to the preceding claims characterized in that the structure, whether open or closed contour is susceptible, to be complemented by an upper closure lid (14) and a lower base (15), susceptible of have rolling means for the displacement of the structure with the bottles (13) supported therein or through a hole (16) to establish an axis of rotation and rotation on itself of the structure with the bottles. ., .. ,, ........ ...... "" "" ' .. .. ~.  -7 '' '' '' '-... -....  FIG. one    FIG. 2 9 9  FIG. 4 FIG. 3    FIG. 6 7-9  FIG. 5  FIG. 8 FIG. 7 _ .. _... ._ .._.

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