Exercise Bike Rocking Base for Realistic Indoor Cycling Motion

The patent applies the Segmentation principle by dividing the motion simulation system into three independent mechanisms: a glide mechanism for fore-aft movement, a tilt mechanism for side-to-side rocking, and a bounce mechanism for vertical motion. Each mechanism operates independently with its own springs, dampers, and mechanical components, allowing for modular design, easier manufacturing, and simplified maintenance while collectively providing comprehensive motion simulation.

The patent applies the Intermediary principle by introducing spring-damper systems as intermediary elements between the rider and the frame movements. These spring-damper assemblies act as mediators that control and regulate the motion transmission, providing smooth transitions and realistic cycling feel while reducing the direct mechanical complexity transmitted to the rider.

The patent applies the Periodic action principle by utilizing the natural oscillatory behavior of spring-damper systems to create periodic motion in the bike frame. The springs store and release energy in rhythmic cycles, creating realistic bouncing and rocking motions that mimic outdoor cycling terrain variations. This periodic energy exchange reduces the need for continuous external energy input while maintaining motion realism.

The patent applies the Discarding and recovering principle through the spring-damper mechanisms that continuously store kinetic energy during compression phases and release it during extension phases. The springs recover energy that would otherwise be lost, converting it into useful motion, while the dampers selectively dissipate excess energy to control oscillations. This energy recycling approach minimizes overall energy consumption while maintaining realistic motion characteristics.