Driving wheel for cycle speedometers

Claim 2

A cycle speedometer driving wheel for attachment to a cycle wheel hub block comprising means for engaging a drive belt adapted to be connected to a speedometer and means including a plurality of resilient fingers for engaging said cycle wheel hub block in fixed relation and for rotation with said wheel hub block, and means rigidly interengaging said means for engaging said drive belt and said means including a plurality of fingers whereby rotation of said cycle wheel block will cause a corresponding rotation of said last mentioned means.

Claim 3

A cycle speedometer driving wheel as set forth in claim 1 wherein said means for engaging a drive belt comprises an annular ring whose circumferential edge has a groove adapted to engage said drive belt.

Claim 4

A cycle speedometer driving wheel as set forth in claim 1 wherein said means including a plurality of resilient fingers comprises a radially arranged array of fingers having a hook configuration adapted to engage the peripheral edge of the wheel block.

Claim 5

A cycle speedometer driving wheel for attachment to a wheel block of a cycle wheel in accordance with claim 1 wherein said means including a plurality of resilient fingers comprises a plurality of sets adapted to engage different size wheel blocks.

Claim 6

A cycle speedometer driving wheel as set forth in claim 4 wherein said sets of means including a plurality of resilient fingers are positioned concentric with one another.

Claim 7

A cycle speedometer driving wheel for attachment to the periphery of a cycle wheel hub block, said driving wheel having an annular ring whose circumferential edge is adapted to engage a drive belt, said drive belt adapted to rigidly interengage said cycle wheel and speedometer, and means in fixed relation to said annular ring including a plurality of resilient fingers for snapping over and engaging the periphery of said cycle wheel hub block and for rotation with said wheel so that rotation of said cycle wheel hub block causes a corresponding rotation of said drive belt, said resilient fingers each having bight and shank portions lying in a plane substantially normal to and intersected by a radius of said driving wheel.

Claim 8

A cycle speedometer driving wheel for attachment to the periphery of a cycle wheel hub block, said driving wheel having an annular ring whose circumferential edge is adapted to engage a drive belt, said drive belt adapted to rigidly interengage said cycle wheel and speedometer, and means in fixed relation to said annular ring including a plurality of resilient fingers for snapping over and engaging the periphery of said cycle wheel hub block and for rotation with said wheel so that rotation of said cycle wheel hub block causes a corresponding rotation of said drive belt, said resilient fingers each having bight and shank portions lying in a plane substantially normal to and intersected by a radius of said driving wheel.

Claim 9

A cycle speedometer as in claim 6 wherein the circumferential edge of said annular ring has a groove adapted to engage said drive belt.

Claim 10

A cycle speedometer driving wheel for attachment to a wheel hub block of a cycle in accordance with claim 6 wherein said means including a plurality of resilient fingers comprises a plurality of sets of resilient fingers in concentric balanced arrangement to one another, said sets adapted to engage different size wheel hub blocks, and permit balanced hooking of said fingers to the periphery of the cycle wheel hub block.

Claim 11

A cycle speedometer driving wheel for attachment to a wheel hub block of a cycle as set forth in claim 8 wherein said sets of resilient fingers positioned in concentric balance arrangement to one another and adapted to engage different size wheel blocks are of hook configuration, said fingers attached to one face of said annular ring.