Crosswind load balancing device for front wheel of commercial bicycle, has auxiliary space arranged at distance from rotational axis of fork such that resultant torque from surface imbalance of surfaces of front wheel is compensated

摘要

The device has an auxiliary space (6) formed as a three-dimensional mold part with a contour that is aerodynamically optimized in a driving direction. The auxiliary space is arranged at distance from a rotational axis (2) of a fork (1) to a cross-wind load-bearing. A resultant torque from a surface imbalance of a front surface (4) and a rear surface (5) of a front wheel (3) is compensated with respect to the fork rotational axis by the torque that is produced on the fork during crosswind. The auxiliary space is formed at a handle of a quick-release fastener (7) of the front wheel.