Telescopic Fork Anti-Dive Cam Linkage

The patent implements a dynamic antidive system where the mechanical linkage between the brake caliper and fork adjusts the antidive effect based on braking intensity and fork position. The system transitions from a static suspension setup to a dynamic one that adapts in real-time, allowing optimal dive control without compromising tire grip under different operating conditions.

The patent changes the parameter of suspension stiffness from a fixed value to a variable parameter that adjusts according to braking conditions. Through the mechanical linkage involving the brake caliper, pivot points, and fork, the system varies the antidive moment arm length and force transmission ratio dynamically, enabling soft suspension during normal riding and stiff suspension during braking without sacrificing grip.

The patent employs a cam profile with variable eccentricity that uses curved geometric surfaces to achieve variable antidive thrust. The cam's eccentricity varies along its rotation path, creating a mechanical advantage ratio that changes with fork position. This curved geometry approach provides continuous adjustment capability without requiring complex electronic control systems or multiple adjustable components.

The mechanical linkage system automatically adjusts the antidive effect based on the braking force applied and fork position, without requiring external control inputs. The system uses the braking force itself as the control signal, where the brake caliper's position and the linkage geometry automatically determine the appropriate antidive thrust, making the system self-regulating and reducing control complexity.