Rail Brake Lining Reinforcement Rib Design

The patent applies local thickening of the lining carrier plate by forming reinforcing ribs only in specific areas where bending stresses occur (outside the friction lining overlapping area), rather than uniformly increasing the plate thickness throughout. This localized reinforcement provides the necessary flexural rigidity to prevent plate bending and maintain operational reliability, while preserving maximum space for the friction lining in the overlapping area where it is most needed for extended service life.

The patent enables thicker friction lining by creating local clearance space through reinforcing ribs that protrude from the lining carrier plate. These ribs are positioned outside the friction lining overlapping area, effectively creating additional volume within the caliper space that can be utilized for increased friction lining thickness, thereby extending service life without exceeding caliper dimensions.

The patent transitions from providing nubs (point-like features) on the lining carrier plate to forming reinforcing ribs that extend in the longitudinal direction outside the friction lining overlapping area. This dimensional change from point to line/area structures significantly increases the section modulus, thereby substantially improving flexural rigidity and preventing plate bending, while maintaining the connection function.