Abstract Suspension system for a motorcycle wheel, comprising two upright swinging arms disposed in a plane parallel to the plane of the wheel pivoted at their upper ends to a supporting structure of the vehicle and at their lower ends to a wheel-carrying element which, through a prolongation, extends beyond the two pivotal connections between the two swinging arms and the wheel-carrying element. The wheel is mounted on the prolongation, and the wheel axle is located on, or slightly above or below, an ideal straight line passing through the pivotal connections of the two swinging arms to the wheel-carrying element. A shock absorber associated to resilient means is pivoted by its upper end to the supporting structure or to one of the swinging arms, and by its lower end to the wheel-carrying element, at a position located below the ideal straight line, within an area substantially included between the median perpendicular to the segment between the pivotal connections of the two swinging arms to the wheel-carrying arm and the median perpendicular to the segment between the axle of the wheel and the pivotal connection to the wheel-carrying arm of the swinging arm which is nearer to the wheel axle.
A front suspension system for a motorcycle wheel, comprising (a) a suspension structure mounted on a steering column and inclined downwardly in a forward direction; (b) two swinging arms pivoted at one end to said suspension structure and at the other end to a wheel-carrying element so that said suspension structure, said two swinging arms and said wheel-carrying element form an articulated quadrilateral; (c) shock absorber means acting on said articulated quadrilateral to oppose relative movement between said suspension structure and said wheel-carrying element due to a load applied to said motorcycle; (d) said wheel-carrying element having a prolongation extending forwardly beyond said two connecting points between said two swinging arms and said wheel-carrying element, for mounting a motorcycle wheel; (e) said shock absorber means having its upper end pivoted to said supporting structure, and its lower end pivoted to said wheel-carrying element, at a position below the ideal straight line passing through said pivotal connections of said two swinging arms to said wheel-carrying element.
Claim 2
Dependent Claim
165 words
A front suspension system for a motorcycle wheel, comprising (a) a suspension structure mounted on a steering column and inclined downwardly in a forward direction; (b) two swinging arms pivoted at one end to said suspension structure and at the other end to a wheel-carrying element so that said suspension structure, said two swinging arms and said wheel-carrying element form an articulated quadrilateral; (c) shock absorber means acting on said articulated quadrilateral to oppose relative movement between said suspension structure and said wheel-carrying element due to a load applied to said motorcycle; (d) said wheel-carrying element having a prolongation extending forwardly beyond said two connecting points between said two swinging arms and said wheel-carrying element, for mounting a motorcycle wheel; (e) said shock absorber means having its upper end pivoted to said supporting structure, and its lower end pivoted to said wheel-carrying element, at a position below the ideal straight line passing through said pivotal connections of said two swinging arms to said wheel-carrying element.
Claim 3
Dependent Claim
49 words
A suspension system according to claim 1, wherein the lower end of said shock absorber means is pivoted to said wheel-carrying element, at a position located in the area lying below the pivotal connection to said wheel-carrying element of the swinging arm which is nearer to said wheel axle.
Claim 4
Dependent Claim
79 words
A suspension system according to claim 1, wherein the lower end of said shock absorber means is pivoted to said wheel-carrying element within an area substantially included between the median perpendicular to the segment between said pivotal connections of said two swinging arms to said wheel-carrying element, and the median perpendicular to the segment between said axle of said wheel and the pivotal connection to said wheel-carrying element of the swinging arm which is nearer to said wheel axle.
Claim 5
Dependent Claim
25 words
A suspension system according to claim 1, wherein said swinging arms and prolongation of said wheel-carrying element are parallel to the plane of said wheel.