ES1064148U - Anchorage between removable floor plates (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Anchoring between plates of removable floors, where the plates are intended to form protective soils both natural grass and pavement or air surfaces where the irregularity of the ground does not allow to generate a smooth and stable base, is characterized by the properly plates, constituted in copolymer of polypropylene of high degree of resistance, have in correspondence with their longitudinal edges two channels each inverted, where the outer wing of one of them has complementary projections of windows established in the inner wing of the opposite channel, so that the collateral coupling between plates establishes the seaming between projections and referred windows; it being provided that the minor or end sides of the plates also have channels inverted to each other, equally affected by projections and complementary windows for coupling and snapping together in the longitudinal arrangement of plates. (Machine-translation by Google Translate, not legally binding)

Description

Anchorage between removable floor plates.

Object of the invention

The present invention relates to an anchor between the plates that form a removable floor, provided this for application in certain places and occasions, and where the plates will be of high grade polypropylene copolymer of resistance, for protection of natural soils, whether pavements, whether grass, irregular surfaces, or creation of stable bases such as passageways, floors for events, etc.

Background of the invention

Numerous types of soils are known removable, in which the usefulness of them will depend on the type of surface on which it is applied, having as its purpose protect the surface on which it is available.

Thus, there are removable floors that are used as protection of natural grass, allowing water from rain does not accumulate on the plates or plates that constitute the detachable ground, and seeps through the drain slot, preventing slips.

In other cases the removable floors are used for pavement protection, as well as with the purpose of constituting a firm ground for outdoor events where the irregularity of the land does not generally allow a base smooth and stable.

In any case, the type of removable floor referred to above is constituted based on elements, generally irons, which are fixed together by elements mechanics, but always with the problem that those elements mechanical anchoring or joining between plates are complex at the time of carrying out the assembly / disassembly, with the consequent loss of time, etc.

Description of the invention

The anchor that is recommended has been conceived to solve the problem described above, being applicable in those floors constituted with plates of polypropylene copolymer, which has the peculiarity that its longitudinal edges present grooves in "U", inverted together, and where the outer lateral wing of one of them has highlights intended to be interlocked in windows established in the longitudinal and internal wing of the other channel, when two plates are coupled to each other by introducing a channel into the another, in the collateral arrangement between plates.

Likewise, the smaller ends or sides of the plates also have corrugated conformations, also inverted with each other, and with the same highlights and windows complementary to be able to carry out the longitudinal anchor between plates.

In this way, the copolymer plates of Polypropylene and high strength, can be mounted quick and easy, just like the corresponding one assembly, in addition to being easy to manipulate by virtue of its bass weight, that is to say that they are light plates, so the expenses of transport, storage and handling will also look reduced compared to other types of plates or plates used as removable floor elements.

These plates or plates will have channels both longitudinal and transverse, to provide it with enough resistance for the purpose they are intended for.

Plate pipes include openings for water drainage, as well as a surface Non-slip to avoid the risk of falling.

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, according to a preferred example of practical realization of it, is accompanied as part member of that description, a set of drawings where with illustrative and non-limiting nature, what has been represented next:

Figure 1.- Shows a representation according to a superior perspective of the plate from which it will form a removable floor for any use.

Figure 2.- Shows a view also in perspective of the same plate represented in the previous figure, but in this case seen from the longitudinal side opposite to that of the previous figure.

Figure 3.- Shows a sighting in plan upper of the same plate represented in the figures previous.

Figure 4.- Shows a sectional view. cross section corresponding to the cutting line A-A of the previous figure.

Preferred Embodiment of the Invention

As you can see in the referred figures, the plate (1) of the invention for the formation of removable floors, It is a high grade polypropylene copolymer plate of resistance, rectangular and equipped with transverse channels and longitudinal (2), presenting in correspondence with its edges longitudinal "U" grooves (3) and (4), inverted together, the groove (3) provided with correspondence with its lateral and external projection wing (5) complementary windows (6) established for this purpose on the wing internal of the opposite groove (4), so that when two plates (1) are coupled together, the outer wing of the groove (3) it is housed in the groove (4) of the adjacent plate (1), but with the particularity that the projections (5) of the outer wing of that groove (3) will be hooked in the windows (6) of the wing internal of the other groove (4) of the commented contiguous plate, thus making an easy and secure anchor between plates, in which It concerns the collateral arrangement between them.

In relation to the arrangement or coupling longitudinal, is performed in the same way, for which the edges or smaller sides of the plate (1) also have "U" grooves (7) and (8), inverted together, counting the external groove wing (7) with projections (5) equal to of the outer wing of the longitudinal groove (3), while the opposite channel (8) has a window on its inner wing complementary to that highlight (5), to perform the same coupling as described and provided in the anchor between the longitudinal edges, that is between the grooves Longitudinal (3) and (4) already commented.

As it may have been deduced by the figures referred to, the coupling and anchoring of each other of plates (1) is will perform easily and quickly, as just go placing plates collaterally with each other just to place embedded the longitudinal channels (3) and (4), snapping the projections (5) and windows (6) thereof, the same happening when the plates (1) are placed longitudinally, coupling between yes the channels (7) and (8) inverted, and interlocking also the highlights (5) and (6) established therein the same way as those of the longitudinal channels (3) and (4), of so that disassembly will also be carried out easily and quickly, which saves the installation cost of the removable floor that is formed by these plates (1), as well as easy handling, transport and storage as consequence of the lightness offered by such plates (1) to the being of polypropylene copolymer.

Finally, it should be noted that the pipes of the plates include openings for water drainage, as well as a non-slip surface to avoid the risk of falling.

Claims (2)

1. Anchoring between removable floor plates, where the plates are intended to form protective soils of both natural grass and pavement or air surfaces where the irregularity of the land does not allow a smooth and stable base to be generated, it is characterized because Plates themselves, constituted in polypropylene copolymer of high degree of resistance, have, in correspondence with their longitudinal edges, two inverted channels, where the outer wing of one of them has complementary window projections established in the inner wing of the opposite channel , so that the collateral coupling between plates establishes the coupling between protrusions and referred windows; it being provided that the smaller or extreme sides of the plates also have inverted channels with one another, also affected by complementary projections and windows for engagement and engagement with each other in the longitudinal arrangement of plates. 2. Anchoring between removable floor plates, according to claim 1, characterized in that the channels of the plates include openings for water drainage, as well as a non-slip surface to avoid the risk of falling.