Shoe

Description

OBJECT

This invention refers to a shoe according to the preamble of the main claim.

USE

The destination is that of footwear, substantially though not exclusively for household use.

BACKGROUND ART

In the present state of the art the use of footwear for household use e.g. slippers is known, both open and closed (e. g. full-foot). For domestic use, the use at home, in hotels like for bedrooms, etc.

Not excluding however the use in surroundings with smooth comfort floor e.g. in swimming pools etc.

These shoes or slippers (with slippers in this description not only open-back ones - heel - are meant, but also closed-back ones, like full-foot shoes), are generally made of fabric, both for putting them on easily and for perspiration.

DRAWBACKS

The existing types of slippers solve their problems but are expensive and their destination of use is limited. For example those in cloth cannot be used in swimming pools, etc.

AIM OF THIS INVENTION

The aim of this invention is not only to realize an inexpensive slipper, but also a comfortable, breathable, light, anti-skid, anti-mould one (germs easily take root in tissues or clothes).

The problem is solved with the characteristics of main claim.

The subclaims represent preferred solutions.

ADVANTAGES

In this way the following advantages are obtained:

• • Low cost together with acceptable quality for the destination;
  • Breathable, thanks to the multi-perforation both on the sole and on the outsole;
  • Anti-sweat, thanks to the presence of the internal light undulation (deriving from ribs of the polyester net) that precludes full contact with the leather;
  • Flexible and yielding, thanks to the sponginess of the expanded plastic material;
  • Resistance, thanks to the used material expanded PVC with polyester net.
  • Non-skid, thanks to the external bossing, extended also to the sole in its underlying surface;
  • Anti-mould thanks to the type of material and antibacterial treatment;
  • Heat-resisting, thanks to the type of used material, up to 80° C.
  • Ecologic, thanks to the non-polluting material;
  • Elastic, thanks to the sponginess of the material.

DETAILED DESCRIPTION OF AN EMBODIMENT

The invention will be now explained in greater detail with the help of the enclosed figures wherein:

FIG. 1 represents a perspective view of an open-back slipper;

The FIG. 1A represents a section in enlarged section of the single material that constitutes the slipper and that when sewn forms the slipper both as sole and as upper, as there is no differentiation of the same between sole and upper.

DETAILED DESCRIPTION OF THE FIGURES

As can be seen in the figures, that represent the open slipper (but obviously it could be also closed to contain the heel), only one PVC expanded sheet material with polyester net is used, pierced (F) and bossed (e) on one surface and undulated (i) on. the opposite one (FIG. 1A), as base material obtained according to the realization technical notes of pierced expanded flexible materials and bossed non-tissues.

The sheet is cut in the form of a sole (1) and in outsole form (2) and the upper (2) is sewn (3) on the sole (1) as from known art but minding that the bossed surface (and) is placed outwards, is therefore under the sole (1 ) and above the upper (2).

In this way in a very simple and inexpensive form the slipper is obtained, that results consequently pierced (F) both on the upper (2) and on the sole (1 ) and therefore perfectly breathable, non-skid etc. as mentioned above.

The perimetrical seam (3) is extended to the whole border of the sole (1) also beyond the upper (2). In this way a greater strength and resistance of the slipper is obtained.

Advantageously the sewing is carried out also along the free edge of the upper (21). In this way greater resistance is provided to the slipper, avoiding the enlarging of the material by forcing the instep.

Advantageously before the perimetrical sewing, a slice of tissue is applied to cover over and under the edge or edges to be joined or the only edge to be strengthened. In this way there is the advantage of having to be strengthened. In this way there is the advantage of having a better rounded off slipper and robust by means of the perimetrical framework of the slice with respective seam (solution not illustrated but clearly intuitable and known to those skilled in the art of reinforcing the sewing and edges of yielding and flexible non woven materials).

Advantageously the material is treated superficially with known art anti-mould protection.

To obtain the desired material section the following parameters will be applied: thickness alternatively variable >2 mm and <8 mm. Advantageously max thickness 5-6 mm.