The present invention relates to the technical field of livestock farming, in particular cattle, horses or pigs.
More particularly, it relates to the accessories for livestock farms, intended to be fastened to a structure to be covered and protected.
Livestock farming requires an environment designed in such a way as to allow the animals to rest and move without hurting themselves.
In particular, certain structures of these livestock farms must be protected to prevent the animals from hurting themselves when moving or rubbing.
It is indeed common for animals to bump into and/or scratch themselves on structures that are not designed/adapted for that purpose, with the risks of skin lesions that ensue therefrom.
In order to remedy the above-mentioned drawback of the state of the art, the present invention proposes an accessory for livestock farm, in particular cattle, horses or pigs, intended to be fastened to a structure to be covered and protected.
More particularly, the invention relates to an accessory consisting of a plate made of an elastic material, advantageously an elastomeric elastic material, preferably obtained by moulding, said accessory including:
Such an accessory hence has the following advantages:
Other non-limitative and advantageous features of the product according to the invention, taken individually or according to all the technically possible combinations, are the following:
The present invention also relates to a livestock enclosure, a structure of which is covered with an accessory according to the invention.
Preferably, said accessory is secured to the structure by positioning of securing means at said at least two lateral strips.
Of course, the different features, alternatives and embodiments of the invention can be associated with each other according to various combinations, insofar as they are not incompatible with each other or exclusive from each other.
Moreover, various other features of the invention will be apparent from the appended description made with reference to the drawings that illustrate non-limitative embodiments of the invention, and wherein:
It is to be noted that, in these figures, the structural and/or functional elements common to the different variants can have the same references.
The present accessory 1, as illustrated in
As developed hereinafter with
For that purpose, the accessory 1 consists of a plate made of an elastic material, advantageously an elastomeric elastic material.
By “elastic material”, it is meant in particular a material able to undergo an elastic deformation, advantageously chosen among:
This accessory 1 is advantageously one-piece made, either single-material (made of only one material), or multi-material (with at least two superposed sub-layers made in different materials).
This accessory 1 can also contain at least one reinforcement sub-layer 2, chosen among textile fibres, metal fibres, or any other product providing stability and/or resistance to elongation.
This reinforcement sub-layer 2 consists for example of a textile insert serving as a reinforcement, advantageously made of a material chosen among nylon, cotton, polyester, polyamide or any other reinforcement textile.
Such an accessory 1 is preferably obtained by a moulding technique.
Preferably, the plate forming the accessory 1 has a rectangular or square contour, here delimited by two lateral borders 11 (long sides) and by two transverse borders 12 (short sides) (
This plate also includes a longitudinal axis 1′, directed parallel to the lateral borders 11.
This accessory 1 advantageously has the following dimensions:
Moreover, according to the invention, this accessory 1 includes several strips 5, 6 that are juxtaposed laterally and that are advantageously directed parallel to the lateral borders 11.
Hence, the longitudinal axis of a strip 5, 6 advantageously extends parallel to the lateral borders 11.
Herein, this accessory 1 includes the following strips:
In other words, said at least one central strip 5 is arranged between the two lateral strips 6. Advantageously, each lateral strip 6 itself forms one of the lateral borders 11.
The accessory 1 may include transverse strips 7, similar to the lateral strips 6, each adapted to receive means 8 for their securing to each other and/or to the above-mentioned structure S (
As the case may be, each transverse strip 7 itself advantageously forms one of the transverse borders 12.
Preferably, said at least one central strip 5 has a width L1 from 10 cm to 40 cm; said at least two lateral strips 6 (and, as the case may be, said at least two transverse strips 7) each have a width L2 from 3 to 10 cm.
Said at least one central strip 5 includes two opposite faces 51, 52 defining the thickness E1 thereof, i.e.:
The front face 51 of said at least one central strip 5 can have a convex curved cross-section over which are distributed the protruding elements 55 (
This front face 51 of said at least one central strip 5 can also have a flat cross-section over which are distributed the protruding elements 55 (
The protruding elements 55 advantageously consist of studs (also called “nipples” or “lugs”), also made of the above-mentioned elastic material (elastomeric materials, or plastic or thermoplastic elastomeric (TPE) materials).
These protruding elements 55 have a shape that is adapted for animal scratching while preventing rubbing injuries, i.e. for example a pyramidal shape or a conical shape.
These protruding elements 55 can be:
The “integral” protruding elements 55 are also made by moulding, during the manufacturing of the accessory 1.
The “added” protruding elements 55 are secured to the front face 51 through suitable fastening means (not shown), i.e. for example a bolt and a notch to be screwed, moulded in the mass.
The protruding elements 55 have for example the following dimensions:
The height H corresponds to the axial distance between the front face 51 and the free end 551 of the protruding element 55. The base width L3 corresponds to a dimension (diameter, side, for example) of the base 552 of the protruding element 55 secured to the front face 51.
The protruding element 55 are distributed over the front face 51, advantageously according to a regular pattern, for example a staggered pattern or parallel lines (
The protruding elements 55 (preferably along a straight line) can be connected by at least one rib 56 that is made integral with the front face 51 of said at least one central strip 5 and with the associated protruding elements 55 (these ribs 56 are very schematically shown in
These ribs 56 are intended to reinforce the protruding elements 55 against mechanical stresses applied by the animals. Such ribs 56 are also interesting to avoid a degradation by bites, in particular among pigs.
The protruding elements 55 are here distributed over the length of each rib 56 (advantageously rectilinear). Each rib 56 is then composed of rib sections 561 that each connect two juxtaposed protruding elements 55.
Each rib section 561 hence forms a reinforcement between two juxtaposed protruding elements 55.
Each rib section 561 here has, without being limitative, a free border of concave curved shape (see in particular
The ribs 56 advantageously extend parallel to each other.
These ribs 56 further advantageously extend parallel:
In practice, the ribs 56 are advantageously directed vertically to favour the fall of matters (hair, soil, etc.) by gravity (and hence avoiding a potential accumulation of matter on these ribs 56).
Each rib 56 advantageously has height and width that are lower than the dimensions of the associated protruding elements 55.
Moreover, the distribution of the protruding elements 55 can for example exhibit two alternatives over the length of the front face 51:
In the second alternative, as illustrated in
Each protruding elements 55 also has a longitudinal axis 55′. The linear distance between two longitudinal axes 55′ (along a line on the front face 51) defines a centre distance X.
And the centre distance X between the juxtaposed protruding elements 55 is advantageously from 15 to 50 mm.
Moreover, the rear face 52 of said at least one central strip 5 includes at least one longitudinal groove 521, advantageously generally cylindrical in shape (or even, as an alternative, dihedral in shape, also called V-shaped cross-section).
The longitudinal axis of said at least one longitudinal groove 521 extends parallel to the lateral borders 11.
This longitudinal groove 521 helps to reduce the resistance to deformation of the accessory 1, advantageously during a folding consisting in moving the lateral strips 6 closer to each other.
Each lateral strip 6 has also two opposite faces 61, 62 defining the thickness E2 thereof, i.e.:
At least one reinforcement sub-layer 2 extends at least in the thickness of the lateral strips 6 and, as the case may be, the transverse strips 7 (or even also in the thickness of said at least one central strip 5).
At rest (before the mounting of the structure S), the rear faces 62 of the lateral strips 6 (or, in other words, the general planes of the two lateral strips 6) are advantageously coplanar (in particular to facilitate the transportation and storage). The accessory 1 then consists of a flat plate, particularly adapted for the flat transportation and storage (
As an alternative, at rest (before the mounting on the structure S), the rear faces 62 of the lateral strips 6 (or, in other words, the general planes of the two lateral strips 6) can define together an angle lower than 180°, for example of the order of 90°, as illustrated in
The front face 61 of the lateral strips 6 (and, as the case may be, of the transverse strips 7) herein includes a longitudinal rib 611, advantageously lining its lateral border 11 (and, as the case may be, its transverse border 12), for participating to the locking of the securing means 8 and optimizing the resistance to the mechanical efforts.
Moreover, the thickness E1 (maximum) of said at least one central strip 5 is advantageously greater than the thickness E2 of said at least two lateral strips 6 (and, as the case may be, greater than the thickness of said at least two transverse strips 7).
For example, said at least one central strip 5 has a thickness E1 of 10 to 30 mm, and said at least two lateral strips 6 (or even the transverse strips 7) have a thickness E2 of 5 to 15 mm.
Livestock Enclosure
The structure S, generally a protruding structure, can be any structure of the livestock enclosure, for example a corner post, a feeder or a fence.
The accessory 1 is secured to the structure S by positioning of securing means 8 at the lateral strips 6 (or even also at the transverse strips 7), advantageously along the longitudinal ribs 611.
For example, these securing means 8 comprise:
The accessory 1 is adapted to be deformed in such a way as to conform at best the structure S, in particular thanks to its material and its longitudinal groove 521.
Moreover, the accessory 1 may be positioned, for example, with its longitudinal axis 1′ directed horizontally or vertically.
Preferably, the accessory 1 according to
In the case of a front face 51 including two areas 511, 512, the accessory 1 is advantageously directed vertically, with the upper area 511 upward and the lower area 512 downward.
In practice, the structure S is then covered and protected by the accessory 1, in such a way as to avoid the skin lesions of the animals.
The animals can further come and rub against the accessory 1, and hence scratch on the protruding elements 55 carried by said at least one central strip 5.
Of course, various other modifications may be made to the invention within the framework of the appended claims.
Number | Date | Country | Kind |
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1901236 | Feb 2019 | FR | national |
This application is the U.S. national phase of International Application No. PCT/FR2020/050198 filed Feb. 5, 2020 which designated the U.S. and claims priority to French Application No. 1901236 filed Feb. 7, 2019, the entire contents of each of which are hereby incorporated by reference.
Filing Document | Filing Date | Country | Kind |
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PCT/FR2020/050198 | 2/5/2020 | WO | 00 |