초록 ▼

A link for a track-type machine is disclosed. The link may have a body portion. The link may also have an aperture extending through the body portion. The aperture may have a cylindrical portion. Additionally, the aperture may have an annular groove formed in the cylindrical portion. The aperture ma

A link for a track-type machine is disclosed. The link may have a body portion. The link may also have an aperture extending through the body portion. The aperture may have a cylindrical portion. Additionally, the aperture may have an annular groove formed in the cylindrical portion. The aperture may also have a tapered portion. The tapered portion may abut the cylindrical portion, and may taper toward the cylindrical portion.

대표청구항 ▼

1. A link assembly for a track-type machine, the link assembly comprising: a link, including: a body portion, andan aperture extending through the body portion;a cylindrical portion surrounding the aperture, andan aperture recess formed in the cylindrical portion, the aperture recess including an ap

1. A link assembly for a track-type machine, the link assembly comprising: a link, including: a body portion, andan aperture extending through the body portion;a cylindrical portion surrounding the aperture, andan aperture recess formed in the cylindrical portion, the aperture recess including an aperture recess open end and an aperture recess closed end;a cylindrical seal insert positioned in the aperture, wherein an outer surface of the seal insert creates an interference fit with an inner surface of the cylindrical portion, the seal insert defining a longitudinal axis and having a seal insert recess, the seal insert recess including a seal insert recess open end and a seal insert recess closed end, wherein the seal insert is configured such that the aperture recess open end overlaps the seal insert recess open end when the seal insert is positioned within the aperture, and a retaining mechanism configured to be positioned at least partially within the aperture recess and, concurrently, at least partially within the seal insert recess, the retaining mechanism being configured to prevent axial movement of the link relative to the seal insert in both a first axial direction and a second axial direction. 2. The link assembly of claim 1, further including a tapered portion surrounding the aperture, wherein the tapered portion abuts the cylindrical portion and the tapered portion tapers toward the cylindrical portion. 3. The link assembly of claim 2, wherein a maximum diameter of the tapered portion is at least approximately 5% larger than a minimum diameter of the aperture. 4. The link assembly of claim 3, wherein the maximum diameter of the tapered portion is between approximately 5% and approximately 27% larger than the minimum diameter of the aperture. 5. The link assembly of claim 2, wherein the tapered portion includes a truncated right circular cone having a central axis and a surface. 6. The link assembly of claim 5, wherein an angle between the central axis and the surface is between approximately 5° and approximately 45°. 7. The link assembly of claim 1, wherein: the aperture recess includes a first annular groove; andthe seal insert recess includes a second annular groove. 8. The link assembly of claim 1, wherein: a width of the aperture recess is between approximately 1% and approximately 10% of a minimum diameter of the aperture; anda width of the seal insert recess is between approximately 1% and approximately 10% of the minimum diameter of the aperture. 9. The link assembly of claim 1, wherein a depth of the aperture recess is between approximately 2% and approximately 11% of a minimum diameter of the aperture. 10. The link assembly of claim 1, wherein a depth of the seal insert recess is between approximately 4% and approximately 11% of a minimum diameter of the aperture. 11. A method of assembling a link assembly for a track-type machine, the link assembly including a link having a body portion and an aperture extending through the body portion, a seal insert defining a longitudinal axis, and a retaining mechanism, the method comprising: compressing the retaining mechanism at least partially into a seal insert recess of the seal insert such that the retaining mechanism and the seal insert fit within a cylindrical portion of the link surrounding the aperture; andpositioning the retaining mechanism and the seal insert within the aperture such that the retaining mechanism expands at least partially into an aperture recess formed in the cylindrical portion of the link and prevents axial movement of the link relative to the seal insert in both a first axial direction and a second axial direction, wherein an outer surface of the seal insert creates an interference fit with an inner surface of the cylindrical portion. 12. The method of claim 11, wherein compressing the retaining mechanism at least partially into a seal insert recess of the seal insert includes inserting the retaining mechanism and the seal insert into the cylindrical portion of the aperture via a tapered portion of the link surrounding the aperture, the tapered portion tapering toward the cylindrical portion such that the retaining mechanism is compressed as it passes through the tapered portion. 13. A link assembly for a track-type machine, the link assembly comprising: a link, including: a body portion, andan aperture extending through the body portion;a cylindrical portion surrounding the aperture, andan aperture recess formed in the cylindrical portion, the aperture recess including an aperture recess open end and an aperture recess closed end;a cartridge including: a cylindrical seal insert positioned in the aperture, wherein an outer surface of the seal insert creates an interference fit with an inner surface of the cylindrical portion, the seal insert defining a longitudinal axis and having a seal insert recess, the seal insert recess including a seal insert recess open end and a seal insert recess closed end, wherein the seal insert is configured such that the aperture recess open end overlaps the seal insert recess open end when the seal insert is positioned within the aperture, anda retaining mechanism configured to be positioned at least partially within the aperture recess and, concurrently, at least partially within the seal insert recess, the retaining mechanism being configured to prevent axial movement of the link relative to the seal insert in both a first axial direction and a second axial direction. 14. The link assembly of claim 13, wherein the cartridge further includes a collar located adjacent to the seal insert, wherein the collar includes a first wall and a second wall defining an annular channel, the channel of the collar being configured to receive a seal between the first wall and the second wall of the collar. 15. The link assembly of claim 14, wherein the collar includes a seal. 16. The link assembly of claim 14, wherein the channel of the seal insert and the channel of the collar each have a substantially rectangular cross-section. 17. The link assembly of claim 13, further including a tapered portion surrounding the aperture, wherein the tapered portion abuts the cylindrical portion and the tapered portion tapers toward the cylindrical portion. 18. The link assembly of claim 17, wherein a maximum diameter of the tapered portion is at least approximately 5% larger than a minimum diameter of the aperture. 19. The link assembly of claim 13, wherein the cartridge further includes a pin. 20. The link assembly of claim 13, wherein the retaining mechanism is a snap ring.