Radially reinforced wheel rims of moldable material

Claim 2

In a reinforced single-piece type wheel rim of moldable material for a tire having as elements of the rim a sunken base with two sidewalls and comprising on one side of said sunken base a first rounding between said sunken base and a sidewall, each sidewall terminating in a second rounding, a bead seat adjacent each second rounding and a flange connected to each bead seat by a third rounding, two at least of the first, second and third roundings having different curvatures, each of the roundings having a concave face and a convex face, the improvement which comprises at least the rounding of maximum curvature has a tension-resistant reinforcement embedded in said rounding only in the vicinity of the concave face of said rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 3

The reinforced wheel rim defined by claim 1 wherein at least one other of the roundings has a tension-resistant reinforcement embedded in said other rounding only in the vicinity of the concave face of said other rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 4

The reinforced wheel rim defined by claim 1 wherein each of the roundings has a tension-resistant reinforcement embedded in each rounding only in the vicinity of the concave face of each rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 5

The reinforced wheel rim defined by claim 1 wherein the moldable material and the reinforcement adhere to each other.

Claim 6

The reinforced wheel rim defined by claim 1 wherein the moldable material is resistant to compression and the reinforcement is less resistant to compression but more resistant to tension.

Claim 7

The reinforced wheel rim defined by claim 1 wherein the reinforcement is extended into at least one of said elements of the rim which is adjacent the rounding.

Claim 8

The reinforced wheel rim defined by claim 1 wherein the reinforcement extends continuously through more than one rounding.

Claim 9

The reinforced wheel rim defined by claim 1 wherein each reinforcement is parallel to a concave face.

Claim 10

The reinforced wheel rim defined by claim 1 wherein each reinforcement is tangential to a concave face.

Claim 11

The reinforced wheel rim defined by claim 1 wherein the rim has a rigid ring in at least one flange around which ring the reinforcement is anchored.

Claim 12

In a reinforced removable flange type wheel rim of moldable material for a tire having as elements of the rim a flat base, a bead seat on each side of the flat base as an extension thereof, a fixed flange connected to one of the bead seats by a first rounding and a removable flange at the other bead seat, said flat base being extended by a bulged portion which is connected to the flat base by a second rounding, said bulged portion having a groove intended to receive a locking ring for the removable flange, each of the roundings having a concave face and a convex face and one of the roundings having a greater curvature than the other, the improvement which comprises at least the rounding of greater curvature has a tension resistant reinforcement embedded in said rounding only in the vicinity of the concave face of said rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 13

In a reinforced removable flange type wheel rim of moldable material for a tire having as elements of the rim a flat base, a bead seat on each side of the flat base as an extension thereof, a fixed flange connected to one of the bead seats by a first rounding and a removable flange at the other bead seat, said flat base being extended by a bulged portion which is connected to the flat base by a second rounding, said bulged portion having a groove intended to receive a locking ring for the removable flange, each of the roundings having a concave face and a convex face and one of the roundings having a greater curvature than the other, the improvement which comprises at least the rounding of greater curvature has a tension resistant reinforcement embedded in said rounding only in the vicinity of the concave face of said rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 14

The reinforced wheel rim defined by claim 11 wherein the other of the roundings has a tension-resistant reinforcement embedded in said other rounding only in the vicinity of the concave face of said other rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 15

The reinforced wheel rim defined by claim 11 wherein each of the roundings has a tension-resistant reinforcement embedded in each rounding only in the vicinity of the concave face of each rounding, the reinforcement comprising reinforcing elements arranged solely and approximately in radial planes of the rim.

Claim 16

The reinforced wheel rim defined by claim 11 wherein the moldable material and the reinforcement adhere to each other.

Claim 17

The reinforced wheel rim defined by claim 11 wherein the moldable material is resistant to compression and the reinforcement is less resistant to compression but more resistant to tension.

Claim 18

The reinforced wheel rim defined by claim 11 wherein the reinforcement is extended into at least one of said elements of the rim which is adjacent the rounding.

Claim 19

The reinforced wheel rim defined by claim 11 wherein the reinforcement extends continuously through more than one rounding.

Claim 20

The reinforced wheel rim defined by claim 11 wherein each reinforcement is tangential to a concave face.

Claim 21

The reinforced wheel rim defined by claim 11 wherein the rim has a rigid ring in said fixed flange and a rigid ring in said bulged portion around which rings the reinforcement is anchored.