초록 ▼

A track assembly having a carriage with frames that support a plurality of idler and bogey wheels. A portion of one of the frames is telescopically received within a portion of the other frame. A tensioning apparatus is connected to the frames so that they are adjustable relative to each other. Each

A track assembly having a carriage with frames that support a plurality of idler and bogey wheels. A portion of one of the frames is telescopically received within a portion of the other frame. A tensioning apparatus is connected to the frames so that they are adjustable relative to each other. Each carriage may include an offset hub support frame that includes an aperture that rotatably receives a spindle of an adaptor. The adaptor includes a peripheral flange to which a segmented sprocket may be connected, and a ring extension that may be connected to a wheel hub of an irrigation vehicle. A flexible endless track, that is entrained about the wheels and the sprocket may be provided with one or more cleats that are removably connected to the flexible, endless track, with each cleat including a ground engaging member that serves to increase the traction of the endless track.

대표청구항 ▼

1. A cleat for use with a track assembly having an endless track, the cleat comprising: a body having a ground engaging member; the body including a plate having an edge; andan attachment member arranged and configured to removably secure the cleat to the endless track; wherein the attachment member

1. A cleat for use with a track assembly having an endless track, the cleat comprising: a body having a ground engaging member; the body including a plate having an edge; andan attachment member arranged and configured to removably secure the cleat to the endless track; wherein the attachment member is secured to the edge; wherein the attachment member has a length that is greater than a length of the edge of the plate; wherein the ground engaging member of the body has an apex and two generally elongated parallel edges; and wherein the edges of the ground engaging member are configured and arranged to be aligned with and at least partially received within spaced apart channels of the endless track. 2. The cleat of claim 1, wherein the ground engaging member has a longitudinal axis and a generally V-shaped cross-section. 3. The cleat of claim 1, wherein the ground engaging member of the body includes first and second plates, with the first and second plates having first and second edges, the first and second plates connected along their respective second edges at an angle to form an apex, and wherein there is one attachment member extending away from each respective plate in a direction away from the apex of the ground engaging member and generally beyond the first edges of the respective first and second plates. 4. The cleat of claim 1, wherein there are two attachment members, wherein each attachment member includes a section that is spaced apart from the body of the cleat, wherein each section is configured and arranged to engage the inner surface of the endless track. 5. The cleat of claim 4, wherein the two attachment members are configured and arranged to engage the endless track from opposing edges of the endless track. 6. The cleat of claim 4, wherein one attachment member is removably connected to the body of the cleat. 7. The cleat of claim 4, further comprising a third attachment member, wherein the third attachment member includes a section that is spaced apart from the body of the cleat, and wherein said section of the third attachment member is configured and arranged to engage the inner surface of the endless track. 8. The cleat of claim 7, wherein sections of at least two of the attachment members are configured and arranged to be positioned within spaced apart channels on the outer surface of the endless track. 9. The cleat of claim 4, wherein at least two of the attachment members include a downwardly extending section and a track engaging section that is connected to a respective downwardly extending section, with the track engaging sections configured to contact the inner surface of the endless track. 10. A method of enhancing the traction of a track assembly, the method comprising the steps of: providing a cleat having a body with a ground engaging member and a first attachment member secured to the body; wherein the attachment member is generally J-shaped; wherein the ground engaging member has two working surfaces comprising first and second elongated plates, with each plate having parallel elongated edges, with the first and second plates connected to each other along one elongated edge, and with the attachment member operatively connected to one of the non-connected parallel elongated edges of either the first or second elongated plates;providing a track assembly having an endless elastomeric track having an inner surface and an outer surface; andremovably securing the cleat to the endless elastomeric track so that the ground engaging member extends away from the outer surface of the endless elastomeric track and the first attachment member engages the inner surface of the endless elastomeric track. 11. The method of claim 10, wherein the cleat includes a second attachment member with the second attachment member arranged and configured to engage the inner surface of the endless elastomeric track. 12. The method of claim 10, wherein the ground engaging member of the body has a longitudinal axis and a generally V-shaped cross-section. 13. The method of claim 12, further comprising a second attachment member, wherein one of the attachment members includes an aperture and a fastener, wherein the step of removably attaching the cleat to the endless elastomeric track includes the steps of disconnecting the attachment member from the cleat, positioning the cleat onto the outer surface of the endless elastomeric track, and connecting the removable attachment member to the cleat such that the cleat is secured to the endless, elastomeric track. 14. The method of claim 10, further comprising two additional attachment members, wherein the three attachment members removably secure the cleat to the endless elastomeric track, and wherein two of the attachment members are configured and arranged to engage the endless elastomeric track from opposing edges of the endless elastomeric track. 15. The method of claim 10, further comprising a second attachment member, wherein one of the attachment members is removably connected to the body. 16. An endless track comprising: a generally elastomeric band having first and second side edges, an inner surface and an outer surface, the inner surface having a plurality of inwardly extending projections, the outer surface having a plurality of outwardly extending bars and panels arranged in an alternating fashion; wherein the outwardly extending bars are generally perpendicular to the panels; wherein the outwardly extending bars are spaced at least a width of one bar apart; anda cleat having a body with a ground engaging member; the body including a plate having an edge; and an attachment member arranged and configured to removably secure the cleat to the endless track; wherein the attachment member is secured to the edge; the attachment member has a length that is greater than a length of the edge of the plate; the ground engaging member of the body has an apex and two generally elongated parallel edges; and wherein the edges of the ground engaging member are configured and arranged to be aligned with and at least partially received within spaced apart channels of the endless track. 17. The endless track of claim 16, wherein there are ten outwardly extending bars. 18. The endless track of claim 16, wherein the bars extend transversely along the width of the outer surface from one side to the other. 19. The endless track of claim 16, wherein the bars are integrally formed with the band. 20. The endless track of claim 16, wherein the length of each bar is approximately the width of the panels.