ES1070332U - Padel track (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Paddle track, characterized by pillars in the shape of omega (1) where the wings (2) that incorporate holes (3), allow to screw the frames of the electrowelded mesh or glasses providing this profile in its base a reinforcing element metallic (4) welded to a metal plate with holes (5) by means of anchoring screws securely fixed to the ground. (Machine-translation by Google Translate, not legally binding)

Description

Paddle court.

Object of the invention

This utility model refers to a paddle court composed of pillars made with a design unique in the form of omega unlike conventional types formed by square or rectangular tubular profiles, which allows the structure to reach a tensile strength, torsion and thrust unattainable in the tubular and square that the They make innovative.

Background of the invention

Normally paddle courts include a series of differentiated elements that make up the whole track.

The different elements are:

to)

The hearth composed of five different layers: geotextile, zahorra artificial, concrete cleaning, loose gravels and slab of porous concrete

b)

Enclosure composed in turn by pillars, metal meshes and glass

C)

Network tensioning system adjusting it in height both in the midpoint and in its extremes

d)

Glasses which are found hardened together with the fixing screws to the pillars

and)

Artificial grass pavement, asphalt

F)

Lighting by asymmetric spotlights.

Description of the invention

The paddle court that the invention proposes, starting from the basic structuring of a track currently normalized, has been significantly perfected in order to achieve a remarkable simplification of the installation or assembly in parallel to an improvement of its functional benefits.

In the first aspect and according to one of the innovation characteristics, the structure formed by the effective and innovative development of omega shaped abutments, confer a design that by forming the pillars and wings in a single piece avoids having to attach or attach plates of any type to make the union between pillar and glass or pillar and mesh metallic, avoid any necessary subsequent welding in making rectangular or square pillars with the consequent decrease of assembly times.

Another contribution of invention feature is the realization of omega type pillars in which its ends open have bent wings, in length according to their needs, which will allow to support the metal mesh of enclosure. Likewise and complementary to the aforementioned mesh is will intercalate, depending on the needs, the crystals existing in the paddle court.

Trying to solve an existing problem in traditional tubular systems where the intersection with the mesh or crystal can produce in the trajectory of exit of the ball when an undesirable jump or peak falls in that area; the design of the omega shaped pillars with their wings nullify the dimension difference between crystals and frames.

Finally as an added contribution that this type from omega-shaped pillars to a paddle court is its system of network tensioning, which is fully integrated within of the post, allowing you to easily and safely adjust the two Necessary parameters: height with midpoint and height in the end coinciding with the post. This design that allows to achieve that the tensioning elements are inside or inside of the pillars provide a clear security value, love the proper aesthetic, since it avoids possible blows of the players with the tensioning parts avoiding wounds or injuries that currently They come to be produced.

Description of the drawings

To complement the description that is being performing and in order to help a better understanding of the characteristics of the invention, is accompanied herein descriptive, as an integral part of it, a set of drawings, where, for illustrative and non-limiting purposes, represented the following:

Figure 1.- Shows, according to a representation schematic, in perspective the omega-shaped pillar or post carried out in accordance with the improvements object of the present invention

Figure 2.- Shows a similar representation to figure 1 but in which the type of pillar that works It is used to make the paddle court according to the elements to support in one mesh wing, and in the other wing the mesh and the glass at different levels or heights located.

Figure 3.- Shows another representation similar to figure 1 but in which the type of pillar that is used to make the paddle court in function of the elements to support, both in one and another wing the mesh and the glass at different levels or heights located.

Figure 4.- Shows another representation similar to figure 1 but in which the type of pillar used to make the corners of the track paddle depending on the elements to support, both in one and in other wing, mesh and glass at different heights or heights located.

Figure 5.- Shows the tensioning system of the network, being able to appreciate the internal location of the system tensioned inside the pillar.

Preferred realization of the utility model

In view of these figures and especially of the Figure 1, can be seen as the pillar that is recommended incorporates an omega-shaped design (1) where the wings (2) that define along its structure some holes (3) that will allow screw the perimeter frame support of the welded mesh It is used to close the paddle court. This pillar It has at its base a metal reinforcing element (4) welded to a perforated metal sheet (5) that will allow by screws anchor anchor it firmly to the ground.

As a complement to the need to make the paddle court, in figure 2 we appreciate as a whole the solution to the placement of the mesh using the wing (6) during marked length and complementary is the wing (7) that is located displaced in relation to the previous one and that serves to withstand the glass, allowing this offset to absorb the difference thick between one and the other, making all the elements that make up the playing field are aligned eliminating the possibility of jumps that could interfere with the trajectory of the Ball hitting the area.

The tensioning system of the network observed in figure 5 and which is located between the two pillars central opposites are completely hidden (8) giving reliability in the height of the network and security in the game.

It is not considered necessary to extend this description so that any connoisseur of the subject understands the scope of the Utility Model and the advantages of it drift

Materials, sizes and possible arrangements of the elements will be subject to variation as long as This does not imply an alteration in the essentiality of the model.

The terms in which they have been written memory should always be taken broadly and not limitative.

Claims (3)

1. Paddle court, characterized by omega-shaped pillars (1) where the wings (2) that incorporate holes (3), allow to screw the frames of the electro-welded mesh or glass providing this profile at its base a reinforcing element metal (4) welded to a metal plate with holes (5) by means of anchor bolts securely fix them to the ground. 2. Paddle court, according to the first claim characterized by omega-shaped pillars (1) incorporating the need for a mesh or glass enclosure with the placement of the mesh by means of the wing (6) and specifically in its marked length and Complementary is the wing (7) that is displaced in relation to the previous one. 3. Paddle court, according to the first and second claim, characterized by omega-shaped pillars (1) characterized in that the tensioning system of the network, located between two opposite centered pillars, is completely hidden (8) and compensated.