Jeanne L Spillman

Title: Jeanne L. Spillman and Roller-Skate Spinner Inventions.

Introduction

Jeanne L. Spillman is an inventor associated with South Bend, Indiana. Her two listed patents concern spinner devices designed to adorn roller-skate wheels and create visual effects as the wheels rotate.

Latest Patents

Spillman’s listed patents describe two related spinner designs. Both use components that rotate at different rates to create changing patterns and an illusion of enhanced wheel motion.

The first patent, “Spinner for a Roller Skate,” describes a support member attached to a wheel by legs that pass through the hub spokes. Radial slots in the support member surround an axial opening that holds a disc beside the wheel’s outer face. The support member rotates with the wheel, while the disc can rotate independently. As light passes through the slots, the difference in rotation interrupts its transmission and produces a changing visual effect.

The second patent, also titled “Spinner for a Roller Skate,” describes an assembly comprising a cone and two discs. The cone connects to the wheel and to the first disc, while an axial projection on the second disc fits into an opening in the first. Radial openings form spokes in both discs. The first disc rotates with the wheel, while the second rotates independently, causing the spokes to interrupt light and create the impression that the wheel is spinning faster than it is.

Career Highlights

The available information identifies two patents for Spillman, both focused on roller-skate wheel adornment and motion effects. The designs combine wheel-mounted supports, independently rotating discs, and openings that produce visual patterns.

Collaborations

The listed coworkers include Timothy A. Abbott and Thimothy A. Abbott. The available information does not specify their roles or the nature of their collaboration with Spillman.

Conclusion

Jeanne L. Spillman’s two listed roller-skate spinner patents use independently rotating components and light-interrupting openings to create distinctive visual effects on moving wheels.