Tapered Weight Storage Peg for Stable Plate Holding

The patent applies asymmetry by transitioning from a standard cylindrical peg to a tapered peg design. The tapered shape creates an asymmetric geometry where the diameter varies along the length of the peg, with one end being wider than the other. This asymmetric form prevents weight plates from sliding off by creating a physical barrier at the wider end, while maintaining relative manufacturing simplicity through conventional machining processes.

The tapered peg design creates asymmetry in the contact surface between the peg and weight plate. When mounted horizontally, the tapered geometry ensures that the weight plate rests on the narrower portion while the wider portion extends beyond the plate edge, creating a mechanical stop that prevents sliding. This asymmetric configuration simultaneously enables easy plate placement and provides inherent stability.

The patent applies parameter changes by modifying the geometric parameters of the peg from a uniform cylinder to a tapered form. The taper angle and diameter variations are optimized to increase friction and normal force between the peg and weight plate, thereby enhancing grip strength. This parameter modification improves holding capability for heavier weights while maintaining manufacturing feasibility through standard machining operations.