Railcar damping system

A railcar damping system configured for placement in a railcar center sill having longitudinally spaced front and rear stops defining a center sill pocket, said railcar damping system comprising:

• a yoke provided in the center sill pocket and having a longitudinal axis, the yoke including opposing top and bottom walls extending longitudinally and including a distal end wall connecting the top and bottom walls to define a yoke pocket;
• a damping assembly disposed in the yoke pocket and configured for receiving and dissipating external forces acting on a coupler connected to the yoke, the damping assembly including a member having a side wall extending longitudinally along the center sill pocket and having proximal and distal ends and an end wall connected to the side wall distal end, the end wall transverse to the longitudinal axis and extending into the yoke pocket, and the side wall having an extension extending longitudinally from the side wall proximal end;
• a follower block provided within the yoke pocket for movement along the longitudinal axis, the follower block positioned transversely of the longitudinal axis and including a flange portion defining opposing proximal and distal facing stop sides;
• wherein the front stop is disposed at a proximal end of the center sill pocket and the rear stop is disposed at a distal end of the center sill pocket;
• wherein in buff movement, the follower block is urged toward the distal end of the center sill pocket and engages the damping assembly, the flange portion of the follower block travels along the extension of the member and engages a distal stop surface of the member defining a full buff position;
• wherein in draft movement, the member is urged toward the proximal end of the center sill pocket until a proximal stop surface of the member engages the front stop defining a full draft position.

A railcar damping system configured for placement in a railcar center sill having longitudinally spaced front and rear stops defining a center sill pocket, said railcar damping system comprising:

• a yoke provided in the center sill pocket and having a longitudinal axis, the yoke including opposing top and bottom walls extending longitudinally and including a distal end wall connecting the top and bottom walls to define a yoke pocket;
• a damping assembly disposed in the yoke pocket and configured for receiving and dissipating external forces acting on a coupler connected to the yoke, the damping assembly including a member having a side wall extending longitudinally along the center sill pocket and having proximal and distal ends and an end wall connected to the side wall distal end, the end wall transverse to the longitudinal axis and extending into the yoke pocket;
• a follower block provided within the yoke pocket for movement along the longitudinal axis, the follower block positioned transversely of the longitudinal axis and including opposing proximal and distal facing stop sides;
• wherein the front stop includes a proximal stop surface formed on an inner surface of the front stop and a distally extending portion extending longitudinally and terminating in a distal stop surface;
• wherein in buff movement, the follower block is urged toward the distal end of the center sill pocket and engages the damping assembly, follower block travels along the inner surface of the distally extending portion of the front stop and engages the side wall of the member defining a full buff position;
• wherein in draft movement, the member is urged toward the proximal end of the center sill pocket until the proximal end of the member engages the distal stop surface of the front stop defining a full draft position.

A railcar damping system configured for placement in a railcar center sill having longitudinally spaced front and rear stops defining a center sill pocket, said railcar damping system comprising:

• a yoke provided in the center sill pocket and having a longitudinal axis, the yoke including opposing top and bottom walls extending longitudinally and including a distal end wall connecting the top and bottom walls to define a yoke pocket;
• a damping assembly disposed in the yoke pocket and configured for receiving and dissipating external forces acting on a coupler connected to the yoke, the damping assembly including a member having a side wall extending longitudinally along the center sill pocket and having proximal and distal ends and an end wall connected to the side wall distal end, the end wall transverse to the longitudinal axis and extending into the yoke pocket;
• a follower block provided within the yoke pocket for movement along the longitudinal axis, the follower block positioned transversely of the longitudinal axis and including a flange portion defining opposing proximal and distal facing stop sides;
• wherein the front stop is disposed at a proximal end of the center sill pocket and the rear stop is disposed at a distal end of the center sill pocket;
• wherein the front stop includes a proximal stop surface and a distally extending portion extending longitudinally and terminating in a distal stop surface;
• wherein in buff movement, the follower block is urged toward the distal end of the center sill pocket and engages the damping assembly, the flange portion of the follower block travels along the distally extending portion of the front stop and engages the side wall of the member defining a full buff position;
• wherein in draft movement, the member is urged toward the proximal end of the center sill pocket until the proximal end of the member engages the distal stop surface of the front stop defining a full draft position.

A railcar damping system configured for placement in a railcar center sill having longitudinally spaced front and intermediate stops defining a center sill pocket, said railcar damping system comprising:

• a yoke provided in the center sill pocket and having a longitudinal axis, the yoke including opposing top and bottom walls extending longitudinally and including a distal end wall connecting the top and bottom walls to define a yoke pocket;
• a damping assembly disposed in the yoke pocket and configured for receiving and dissipating external forces acting on a coupler connected to the yoke, the damping assembly comprising:
• a housing having a side wall extending longitudinally along the center sill pocket and having proximal and distal ends and an end wall connected to the side wall distal end, the end wall transverse to the longitudinal axis and extending into the yoke pocket;
• and the side wall having a cut-out formed in a surface thereof defining a proximal cut-out surface and a distal cut-out surface;
• a follower block provided within the yoke pocket for movement along the longitudinal axis, the follower block positioned transversely of the longitudinal axis, the front follower block having opposing proximal and distal facing stop sides;
• wherein the front stop is disposed at a proximal end of the center sill pocket and the intermediate stop is disposed at a location between the proximal and distal ends of the center sill pocket,
• wherein in buff movement, the follower block is urged toward the distal end of the center sill pocket and engages the damping assembly, and the follower block further travels along the center sill pocket and engages the side wall of the housing defining a full buff position;
• wherein in draft movement, the housing is urged toward the proximal end of the center sill pocket until the distal cut-out surface engages the intermediate stop defining a full draft position.

A railcar damping system configured for placement in a railcar center sill having longitudinally spaced front and intermediate stops defining a center sill pocket, said railcar damping system comprising:

• a yoke provided in the center sill pocket and having a longitudinal axis, the yoke including opposing top and bottom walls extending longitudinally and including a distal end wall connecting the top and bottom walls to define a yoke pocket;
• a damping assembly disposed in the yoke pocket and configured for receiving and dissipating external forces acting on a coupler connected to the yoke, the damping assembly including a longitudinally moveable member having a side wall extending longitudinally along the center sill pocket and having proximal and distal ends and an end wall connected to the side wall distal end, the end wall transverse to the longitudinal axis and extending into the yoke pocket;
• a front follower block provided within the yoke pocket for movement along the longitudinal axis, the front follower block positioned transversely of the longitudinal axis, the front follower block having opposing proximal and distal facing stop sides, the front follower block positioned between the front and intermediate stops;
• a rear follower block provided within the yoke pocket for movement along the longitudinal axis, the rear follower block positioned transversely of the longitudinal axis, the rear follower block having opposing proximal and distal facing stop sides, the rear follower block positioned between the intermediate stop and the yoke distal end wall;
• wherein the front stop is disposed at a proximal end of the center sill pocket and the intermediate stop is disposed at a location between the proximal and distal ends of the center sill pocket;
• wherein in buff movement, the front follower block is urged toward the distal end of the center sill pocket and engages the damping assembly, and the front follower block further travels along the center sill pocket and engages the side wall of the longitudinal moveable member defining a full buff position;
• wherein in draft movement, the rear follower block is urged toward the proximal end of the center sill pocket until the rear follower block engages the intermediate stop defining a full draft position.