ES1073818U - Imantado device suitable for games (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Magnetized device suitable for games consisting essentially of a magnetized sphere internally configured to capture at least one game token or "tazo" wherein said token comprises at least one ferro-magnetic portion; the magnetized sphere being characterized in that it comprises, at least two hollow hemispheres (1, 2), a first upper half sphere (1) and a second lower half sphere (2), which in their usual use are joined together, by means of a coupling of said half-spheres (1, 2) by their lower open portions (3) and upper (4) respectively; and said lower semi-sphere (2) comprises at least one housing (6) capable of containing at least one magnet (7) therein. (Machine-translation by Google Translate, not legally binding)

Description

Magnetized device suitable for games.

The main purpose of this model of utility is a magnetized device suitable for games, configured as a new ball that comprises at least one magnet inside, in such a way that, with its launch, it allows you to collect a plurality of chips comprising at least a portion of ferro material magnetic.

Background of the invention

In the recreational games sector children, different types of magnetized games are known popularly known as "tazos" which involves throwing a object against the chips or "tazos" and whose is to catch the maximum of chips or "tazos" possible.

Generally, this game is done by throwing some "tazos" against others, there are many problems in the capture of some "tazos" by others, due to its obvious structural equality

It is unknown by the applicant, an expert in material, of any magnetized device suitable for games, particularly for capturing "tazos", as claimed in The present specification.

Description of the invention

To alleviate the problems mentioned above, presents the magnetized device suitable for games consisting essentially in a magnetized sphere internally configured to capture at least one game token or "tazo" where said tab comprises at least one ferro magnetic portion; being the magnetized sphere characterized in that it comprises at least two semi-hollow spheres, a first upper half sphere and a second lower half-sphere, which in their usual use are jointly joined together, by means of an coupling of said semi-spheres for its lower open portions and higher respectively; and said semi-sphere In the lower part, it includes at least one housing suitable for containing Less a magnet inside.

Brief description of the figures

Then it goes on to describe very brief a series of drawings that help to better understand the invention and that expressly relate to an embodiment of said invention presented as a non-limiting example of is.

Fig. 1 shows a cross-sectional view of the magnetized device suitable for games in its first embodiment practice.

Fig. 2 shows a cross-section and the way of joining between the parts of the magnetized device suitable for games, in its second practical embodiment
AC.

Fig. 3 shows a cross section of the magnetized device suitable for games, in its first embodiment practice.

Preferred Embodiment of the Invention

As it is possible to observe in the figures attached, the magnetized device suitable for games, object of the present invention, essentially consists of a magnetized sphere internally configured to capture at least one game token or "cup" wherein said chip comprises at least a portion magnetic ferro; the magnetized sphere being characterized because it comprises at least two hollow semi-spheres (1,2), a first upper half sphere (1) and a second lower half sphere (2), than in its usual use are jointly joined together, by means of a coupling, threaded or no, of said semi-spheres (1,2) for their portion open bottom (3) in the case of the semi-sphere upper (1) and for its upper open portion (4) in the case of the lower half sphere (2).

In Fig. 1 you can see a first practical embodiment of the invention, where it is seen as the lower half sphere (2) comprises at least one structural reinforcement which in turn comprises a cylindrical element of lace (9) located in the central area of the semi-lower sphere (2) and attached to the surface internal of said semi-sphere by means of a nerve of reinforcement (5).

At the junction between the reinforcing nerve (5) and the inner surface of the lower half-sphere (2) is they place the housings (6) of the magnets (7), existing at least a housing per magnet, in this practical embodiment three, although in another practical embodiment it can vary from two to four housings (6) with their respective magnets (7).

So there are also so many nerves of reinforcement (5) as housings (6), wherein said ribs are radial from the central point defined by the cylindrical element lace (9).

In this embodiment, there is the particularity of that the cylindrical lace element (9) in turn is hollow and allows accommodate a central magnet (8) inside.

Finally, it remains to be added that the upper half-sphere (1) comprises at least one pivot (10) in correspondence with the cylindrical fitting element (9), thus allowing greater structural reinforcement of the union between the upper half sphere (1) and the lower half sphere (2).

In Fig. 2 a second one can be observed practical embodiment of the invention, wherein the housings (6) are connected to the surface of the semi-sphere lower (2) by means of ribs (5) that radiate from said accommodation (6) towards said surface, unlike the first practical embodiment shown in Fig. 1 where the housings (6) are in direct contact with the surface of the lower half sphere (2) and nerves (5) radiate into it.

Similarly, the cylindrical lace element (9) is in the upper half sphere (1) in place in the bottom (2).

Claims (8)

1. Magnetized device suitable for games consisting essentially of a magnetized sphere internally configured to capture at least one game token or "bowl" wherein said chip comprises at least one ferro magnetic portion; the magnetized sphere being characterized in that it comprises, at least two hollow semi-spheres (1, 2), a first upper half-sphere (1) and a second lower half-sphere (2), which in their usual use are jointly joined between yes, by coupling said semi-spheres (1, 2) by their open lower (3) and upper (4) portions respectively; and said lower half-sphere (2) comprises at least one housing (6) suitable for containing at least one magnet (7) inside. 2. Device according to claim 1 characterized in that the coupling between the upper and lower semi-spheres (1, 2) is threaded. Device according to the preceding claims, characterized in that the lower half-sphere (2) comprises at least one structural reinforcement, which in turn comprises a cylindrical fitting element (9) located in the central area of the semi - lower sphere (2) and connected with the internal surface of said semi-sphere by means of a reinforcement rib (5). Device according to claim 3, characterized in that the housings (6) of the magnets (7) are located at the junction between the reinforcing rib (5) and the inner surface of the lower half-sphere (2). , there is at least one housing per magnet. Device according to claim 4, characterized in that there are as many reinforcement ribs (5) as there are housings (6), wherein said ribs are radial from the central point defined by the cylindrical fitting element (9). 6. Device according to claims 3 to 5 characterized in that the cylindrical fitting element (9) in turn is hollow and allows a central magnet (8) to be housed inside. Device according to claims 3 to 6, characterized in that the upper half-sphere (1) comprises at least one pivot (10) in correspondence with the cylindrical fitting element (9). Device according to claims 1 and 2, characterized in that the housings (6) are connected to the surface of the lower half-sphere (2) by means of ribs (5) that radiate from said housing (6) towards the cited surface.