Tire for Heavy Vehicles
AssigneeMichelin Recherche et Technique S.A.
InventorReda El-Berrichi
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AssigneeMichelin Recherche et Technique S.A.
InventorReda El-Berrichi
Estimating the term…
A tire for a heavy vehicle with a radial carcass reinforcement of a width in excess of 25 inches comprising at least a working crown reinforcement made up of at least one layer of reinforcing elements oriented substantially circumferentially, radially surmounted by at least two so-called working layers axially wider than the layer of substantially circumferentially oriented reinforcing elements. Each of the working layers is made up of at least two axially separated parts, the distance between the axially inner end of each of the axially outer parts of at least the radially innermost working layer and the end of the radially outermost layer of substantially circumferentially oriented reinforcing elements being less than 45 mm and the gap, in the axial direction, between two parts of each of the working crown layers being greater than 5 mm.
A tire for a heavy vehicle with a radial carcass reinforcement of a width in excess of 25 inches comprising a crown reinforcement radially inserted between the carcass reinforcement and the tread, said crown reinforcement being made up of at least one working crown reinforcement made up of at least one layer of reinforcing elements oriented substantially circumferentially, radially surmounted by at least two so-called working layers, the reinforcing elements of which make an angle of between 15 and 70° with the circumferential direction, are mutually parallel within each layer and are crossed from one layer to the next, said two working layers being axially wider than the layer of substantially circumferentially oriented reinforcing elements, wherein each of said working layers comprises two axially separated parts, wherein the distance between an axially inner end of each of the axially outer parts of at least the radially innermost working layer and an end of the radially outermost layer of substantially circumferentially oriented reinforcing elements is less than 45 mm and wherein the gap, in the axial direction, between two parts of each of the working crown layers is greater than 5 mm.
Dependencies are inferred from the claim text.