The present invention relates to a roof tile from among mixed tiles with curved and plane surfaces incorporating means of insertion and mutual support, as well as means for guiding rain water, as disclosed, for example, in FR 2 335 670.

The invention is characterised by a particular construction of the tile, based on four clearly differentiated components, two convex ones and two provided with deep grooves and an inner staggering, as well as consecutively respectively aligned; a raised lateral overlap area; and a reinforcement of the seat in the shore area.

Asymmetric mixed construction pianar-convex tiles are widely known, as well as use of their flat area, which is thinner than the convex area as a lateral connection element between said tiles.

Such roof tiles are generally provided with consecutive transverse double ridges and a further longitudinal end ridge on the flat side in order to gradually stop water which jumps as it is drained to the gutter, a construction which is really functional in the transverse sense as the drip has a simpler construction, but which is more complex for the transverse sense due to the lateral jumps of the water caused by the slope of the roof.

A further problem is that of piling which is punctual in the base of conventional roof tiles and thus largely unstable during packaging and piling.

The applicant is not aware of the existence of roof tiles of this sort which solve these problems with the simplicity and ease which is hereunder described.

The invention object of the present memory relates to a planar-convex roof tile, from among mixed roof tiles with short flat parts and greater curved parts, defining a uniform corrugated roof which incorporating means of insertion and mutual support of the tiles, as well as means of guiding and channelling rain water.

The invention as defined by the claim has a particular construction of the tile which incorporates four clearly differentiated elements which, as seen from the bottom plane of the tile, are two convex inferiorly open areas on the right and two deeply grooved and inversely open ones, that is, toward the top plane and with an internal staggering, both with respect to the flat area and the convex are of the tile.

Both pairs of differentiated elements are respectively aligned consecutively along and parallel to the axis of the tile.

It further incorporates lateral overlapping areas raised to at least twice the conventional height, in order to prevent water from entering the roof, with the aid of a ridge of the lower surface of the tile placed on top, next to the free convex end, for support between said raised longitudinal ridge and another of a lower height and paced on the opposite flat end of the next tile, in addition to a reinforcement in the longitudinal seat of the tile with a thickening of the lower shore ridge and two alignments of additional different lateral gusset plates.

As a complement of the description being made and for a better understanding of the characteristics of the invention, the present description is accompanied by a set of drawings where for purposes of illustration only the following is shown:

Figure 1 shows a view of the top plane of the tile.

Figure 2 shows a view of the bottom plane of said tile.

Figure 3 shows two side views, one from the right and one from the bottom, the latter sketched to the front plane.

Figure 4 shows a sketch of two sections of the tile, a cross section showing the area in which one tile bears on another, fully sectioned and without showing its support on the tray, and another drawing of a longitudinal section along the axis of the deep consecutive grooves.

In view of the above, the present invention relates to a planar-convex roof tile from among mixed tiles which incorporate means of insertion and mutual support between tiles, as well as further means for guiding and channelling rain water, wherein in the eave is continuous and without setbacks along the transverse alignment of the roof channels and ridge tiles, as it incorporates four clearly differentiated components, two convex components (1) open on the bottom and two deeply grooved components (2) open on the top, all placed internally staggered and consecutively aligned with respect to the longitudinal tile axis, as well as with the grooves (2) placed central to nearby staggerings, (12) of the tile flat end (8) and (13) of the convex end.

A ridge (3) of the bottom surface (4) next to the free convex end (5) is interposed between a doubly raised lateral overlap (6) in order to improve the water tightness of the roof and a further ridge (7) also longitudinal of flat end (8) of the next tile, completed by a thickening of the lower shore ridge (9) and two alignments of two different sets of additional lateral gusset plates (10) and (11) and continuous and uniform supports along the entire length of the tile, which allow an improved load distribution in piling and improve stability of the packaging, and finally, define a continuous, setback free arrangement of ends of ridge tiles and consecutive aligned grooves (2).

The essence of this invention is unaltered by variations in materials, shape, size and arrangement of the component elements described in a non-limiting manner, and sufficient for reproduction by an expert in the field.