Under-saddle and manufacturing method thereof
Under-saddle ( 1 ) comprising a flexible base ( 2 ) which defines a pair of base surfaces ( 4, 4 ′) separated through the relative thickness ( 6 ), and a plurality of separation elements ( 8, 8′, 10, 10 ′) which extend from at least one ( 4, 4 ′) of said surfaces to distance the flexible base ( 2 ) from an opposite abutment surface ( 12, 12 ′) in contact with said elements. The separation elements 8, 8′, 10, 10 ′ are reciprocally distributed in such a way that at least a pair of them delimits with the base surface ( 4; 4 ′) and with the abutment surface ( 12, 12 ′) an aeration chamber or duct ( 14 ) open on at least one side. The present invention further relates to a manufacturing method of an under-saddle.
1. An under-saddle comprising:
a flexible base defining a pair of base surfaces, the flexible base having a relative thickness between the pair of base surfaces; and
a plurality of separation elements extending from at least one of the base surfaces to distance the flexible base from an opposite abutment surface in contact with the separation elements; wherein:
a first portion of the separation elements are reciprocally distributed such that a pair of the separation elements, together with the at least one of the base surfaces and the opposite abutment surface, define an aeration chamber or duct that is open on at least one side; and
a second portion of the separation elements are symmetrically distributed with respect to the flexible base and extending from each base surface and integrally connected to each other, the second portion of the separation elements defining a plurality of coupled separation elements of the separation elements, each of the coupled separation elements connected with a connection element via a through-hole made in the relative thickness of the flexible base;
wherein the separation elements are composed of a polymeric material injected or micro-injected on the flexible base through the through-holes made in the relative thickness of the flexible base, and each of the coupled separation elements are connected to each other via the connection element, the connection element filling the through-hole, each of the coupled separation elements and the connection element being integrally connected, forming a single piece.
2. The under-saddle according to claim 1 , wherein the aeration chamber or duct is directed so as to make any humidity present between the base surfaces and abutment surface drain off by gravity.
3. The under-saddle according to claim 1 , wherein the separation elements are grouped together in one or more groupings circumscribed by a perimeter, the aeration chamber or duct ending at the perimeter.
4. The under-saddle according to claim 1 , wherein the separation elements are distributed on the base surface with a superficial density of the separation elements varying in relation to a weight weighing upon the separation elements.
5. The under-saddle according to claim 1 , wherein the plurality of separation elements comprise a separation element for each of the base surfaces, the separation elements for each of the base surfaces being at least partially aligned or corresponding to each other.
6. The under-saddle according to claim 1 , wherein the plurality of separation elements comprise a separation element for each base surface, wherein the pair of base surfaces comprise a first base surface and a second base surface, the separation element of the first base surface being mechanically connected to the separation element of the second base surface through the through-hole made in the relative thickness of the flexible base.
7. The under-saddle according to claim 1 , wherein the separation elements are at least partially made of a viscoelastic material.
8. The under-saddle according to claim 1 , wherein the aeration chamber or duct is crossed, by at least one connection bridge which joins the pair of the separation elements, the pair of the separation elements defining the aeration chamber or duct, and wherein the at least one connection bridge limits possible bottlenecks in the aeration chamber or duct.
9. The under-saddle according to claim 8 , wherein the aeration chamber or duct is crossed in a transverse direction to a main extension of the aeration chamber or duct.