Abstract: A pin connection for a machine is provided that comprises a structural member that defines a pin receiving bore, a bearing housing that defines a bearing receiving bore, a self-lubricating bearing that defines a pin receiving bore, and a pin that is disposed in the bores of the bearing and the structural member. The pin connection may further comprise a seal assembly that is disposed in the bearing receiving bore of the bearing housing, the seal assembly comprising a micro-cellular closed cell foam member and a first rigid member.

Abstract: A load ring for a seal assembly includes an inner axial surface, an outer axial surface, a first frustoconical surface, a second frustoconical surface, and a rib. The inner and outer axial surfaces are cylindrical and extend along a longitudinal axis. The outer axial surface is in outward radial relationship to the inner axial surface along a radial plane which is perpendicular to the longitudinal axis. The first and second frustoconical surfaces are annular and extend radially between the inner axial surface and the outer axial surface. The second frustoconical surface is in spaced relationship with respect to the first frustoconical surface along the longitudinal axis. The rib projects radially inwardly from the inner axial surface.

Abstract: A seal ring is disclosed. The seal ring can have one or more exterior surfaces extending between a first outer axial end of the seal ring to a seal flange. The seal flange can be positioned adjacent to a second outer axial end of the seal ring and can extend radially outward to an outer diameter of the seal ring. An outer surface of the seal flange can form an annular sealing band. A seal ramp can extend outwardly from a first end proximate to the first outer axial end of the seal ring to a second end positioned adjacent to the seal flange. The seal ramp can include a first surface configured to form a frictional, sealing contact interface between the first surface and an elastomeric seal compressed into contact with the first surface when the elastomeric seal is in a loaded state.

Abstract: A pin connection for a machine is provided that comprises a structural member that defines a pin receiving bore, a bearing housing that defines a bearing receiving bore, a self-lubricating bearing that defines a pin receiving bore, and a pin that is disposed in the bores of the bearing and the structural member. The pin connection may further comprise a seal assembly that is disposed in the bearing receiving bore of the bearing housing, the seal assembly comprising a micro-cellular closed cell foam member and a first rigid member.

Abstract: A load ring for a seal assembly includes an inner axial surface, an outer axial surface, a first frustoconical surface, a second frustoconical surface, and a rib. The inner and outer axial surfaces are cylindrical and extend along a longitudinal axis. The outer axial surface is in outward radial relationship to the inner axial surface along a radial plane which is perpendicular to the longitudinal axis. The first and second frustoconical surfaces are annular and extend radially between the inner axial surface and the outer axial surface. The second frustoconical surface is in spaced relationship with respect to the first frustoconical surface along the longitudinal axis. The rib projects radially inwardly from the inner axial surface.

Abstract: A track pin joint assembly includes a pin, a first link, a second link pivotable with respect to the first link about the pin, and a seal assembly. The seal assembly includes a seal ring, a load ring, and a seal lip. The load ring is mounted to the seal ring and is sealingly engaged with the first link. The seal lip is connected to the second link such that the seal lip circumscribes the pin passage of the second link and extends axially from the second link toward the seal ring. The seal lip is in sealing contact with the radial flange of the seal ring.

Abstract: A seal ring is disclosed. The seal ring can have one or more exterior surfaces extending between a first outer axial end of the seal ring to a seal flange. The seal flange can be positioned adjacent to a second outer axial end of the seal ring and can extend radially outward to an outer diameter of the seal ring. An outer surface of the seal flange can form an annular sealing band. A seal ramp can extend outwardly from a first end proximate to the first outer axial end of the seal ring to a second end positioned adjacent to the seal flange. The seal ramp can include a first surface configured to form a frictional, sealing contact interface between the first surface and an elastomeric seal compressed into contact with the first surface when the elastomeric seal is in a loaded state.

Abstract: A multi-part vibration isolating fastener assembly includes a bolt having a threaded shank and a head about which a sleeve and resilient grommet are disposed. A cup washer is disposed about and captured axially on the grommet to provide a unitized assembly. The integrated cup washer defines a self-contained cup-shaped socket to provide proper support and containment for the grommet in applications where the usual cup-shaped grommet wall is lacking in the components to be assembled, such as a valve cover, and cylinder head.