Saddle seat mount with special support post and cooperating clamp assembly

Claim 2

A seat mount for a bicycle seat or the like comprising a post having an angular formation on its upper end with a transverse vertex line and areas which decline downwardly both forwardly and rearwardly from the vertex line, a bracket assembly connectable to the seat and having a lower surface disposed in contacting engagement with said vertex line permitting tilting movement of the bracket assembly about said vertex line which supports said bracket assembly thereon, and adjusting bolts connected to the bracket assembly and the upper end of the post forwardly and rearwardly of the vertex line to tilt the bracket assembly about said line.

Claim 3

A seat mount according to claim 1 in which the post is a hollow post with an open upper end, a plug inserted and secured in the end and having a closed upper end, the post and plug being formed to provide the angular formation as a support for the seat.

Claim 4

A seat mount according to claim 2 in which the adjusting bolts are tapped into the closed upper end of the plug forwardly and rearwardly of the vertex.

Claim 5

A seat mount for a bicycle seat or the like comprising a post having an angular formation on its upper end with a transverse vertex line and areas which decline downwardly both forwardly and rearwardly from the vertex line, a bracket assembly connectable to wires of the seat and resting on said vertex line, said bracket assembly including a lower support element with a substantially flat lower surface resting on said vertex line and an upper clamping element for clamping the seat wires to said lower support element, and adjusting bolts connected to the bracket assembly and the upper end of the post forwardly and rearwardly of the vertex line to tilt the bracket assembly about said line.

Claim 6

A seat mount for a bicycle seat or the like comprising a post having an angular formation on its upper end with a transverse vertex line and areas which decline downwardly both forwardly and rearwardly from the vertex line, a bracket assembly connectable to wires of the seat and resting on said vertex line, said bracket assembly including a lower support element with a substantially flat lower surface resting on said vertex line and an upper clamping element for clamping the seat wires to said lower support element, and adjusting bolts connected to the bracket assembly and the upper end of the post forwardly and rearwardly of the vertex line to tilt the bracket assembly about said line.

Claim 7

A seat mount according to claim 4 in which the lower support element has wire-cradling grooves in its upper surface and the upper element has aligning wire-embracing grooves in its lower surface.

Claim 8

A seat mount according to claim 5 in which the bolts pass freely through the upper and lower bracket elements and a spacer washer is provided around the bolt which is forwardly of the vertex line and between the two elements.

Claim 9

A seat mount for a bicycle seat or the like comprising a post having an angular formation on its upper end with a transverse vertex line and areas which decline downwardly both forwardly and rearwardly from the vertex line, a bracket assembly connectable to wires of the seat and resting on said vertex line, said bracket assembly including a lower support element resting on the vertex line and an upper clamping element for clamping the seat wires to said lower support element, adjusting bolts connected to the bracket assembly and the upper end of the post forwardly and rearwardly of the vertex line to tilt the bracket assembly about said line, and spacer means disposed between the two elements of the bracket assembly forwardly of said vertex line which permits clamping of said wires but limits movement of the upper element toward the lower element forwardly of the vertex line.

Claim 10

A seat mount for a bicycle seat or the like comprising a post having an angular formation on its upper end with a transverse vertex line and areas which decline downwardly both forwardly and rearwardly from the vertex line, a bracket assembly connectable to wires of the seat and resting on said vertex line, said bracket assembly including a lower support element resting on the vertex line and an upper clamping element for clamping the seat wires to said lower support element, adjusting bolts connected to the bracket assembly and the upper end of the post forwardly and rearwardly of the vertex line to tilt the bracket assembly about said line, and spacer means disposed between the two elements of the bracket assembly forwardly of said vertex line which permits clamping of said wires but limits movement of the upper element toward the lower element forwardly of the vertex line.

Claim 11

A seat mount according to claim 7 in which said bracket assembly is located mainly above the post but the upper and lower elements thereof have rearwardly extending wire-embracing lugs.

Claim 12

A seat mount for a bicycle seat or the like comprising a post having an upper end, a bracket assembly connectable to a bicycle seat and having a lower surface disposed in contacting engagement with and supported on the upper end of said post, one of said lower bracket assembly surface and said upper post end having an angular formation with a transverse vertex line and areas which recede both forwardly and rearwardly of the vertex line and the other having a cooperative surface bearing against said vertex line thereby permitting tilting of said bracket assembly relative to said post, and adjusting bolts connected to said bracket assembly and to the upper end of said post forwardly and rearwardly of the vertex line to tilt the bracket assembly about the vertex line.

Claim 13

A seat mount for a bicycle seat or the like comprising a post having an upper end, a bracket assembly connectable to a bicycle seat and having a lower surface disposed in contacting engagement with and supported on the upper end of said post, one of said lower bracket assembly surface and said upper post end having an angular formation with a transverse vertex line and areas which recede both forwardly and rearwardly of the vertex line and the other having a cooperative surface bearing against said vertex line thereby permitting tilting of said bracket assembly relative to said post, and adjusting bolts connected to said bracket assembly and to the upper end of said post forwardly and rearwardly of the vertex line to tilt the bracket assembly about the vertex line.