Abstract: An agricultural windrower includes a traction unit having a frame. A cutting platform has a longitudinal extension, a feeder opening associated with a first mounting location, and a first hitch at an end of the cutting platform associated with a second mounting location. A lift assembly carried by the traction unit frame is configured to mount with the cutting platform at the first mounting location. An articulated transport arrangement is mounted to the traction unit frame. The articulated transport arrangement includes a second hitch configured for mating with the first hitch, and at least one actuator for coupling between and adjusting a relative angular orientation between the frame and the cutting platform when the first hitch and the second hitch are mated together.

Abstract: An agricultural windrower includes a traction unit having a frame. A cutting platform has a longitudinal extension, a feeder opening associated with a first mounting location, and a first hitch at an end of the cutting platform associated with a second mounting location. A lift assembly carried by the traction unit frame is configured to mount with the cutting platform at the first mounting location. An articulated transport arrangement is mounted to the traction unit frame. The articulated transport arrangement includes a second hitch configured for mating with the first hitch, and at least one actuator for coupling between and adjusting a relative angular orientation between the frame and the cutting platform when the first hitch and the second hitch are mated together.

Abstract: A header has a feed drum with a tapered ends that extends forward of the back sheets of the header to engage cut crop material.

Abstract: An implement, such as a header for a combine, having an integral transport system with a pair of ground engaging wheels that are moved between transport positions used in transporting the implement and stowed positions on the implement during use of the implement. The wheels may be used as gauge wheels during use to support the ends of the implement. A trailer tongue is retractable and stowed onboard the implement during use, as is a tongue jack. Lights are provided at the end of the implement for visibility during transport. The lights are stowed beneath a cover on the end of the implement to protect the lights from damage during use. All components of the transport system are carried on the implement during use to ensure that they are with the implement when needed to transport the implement. All components are mounted with pins, enabling the implement to be converted between transport and use configurations without the use of hand tools.

Abstract: An implement for a combine, having an integral transport system with a pair of ground engaging wheels that are moved between transport positions used in transporting the implement and stowed positions on the implement during use of the implement. The wheels may be used as gauge wheels during use to support the ends of the implement. A trailer tongue is retractable and stowed onboard the implement during use, as is a tongue jack. Lights are provided at the end of the implement for visibility during transport. The lights are stowed beneath a cover on the end of the implement to protect the lights from damage during use. All components of the transport system are carried on the implement during use to ensure that they are with the implement when needed to transport the implement. All components are mounted with pins, enabling the implement to be converted between transport and use configurations without the use of hand tools.

Abstract: A non-binding reel mount for a harvester platform includes added clearance between the sidewalls of a reel mounting bracket and the reel lifting arms. Side bushings are provided between the brackets and the arms at the center of the arms to prevent lateral motion of the brackets relative to the arms but enable twisting or rotation of the brackets relative to the arms. The non-binding reel mount thus enables one lift cylinder to be fully extended without causing binding between the reel mounting brackets and the reel support arms during a cylinder charging operation. The reel mount can be designed to provide the desired amount of vertical adjustment to the reel. In an alternative embodiment, a single bushing is provided at the top of the support arm that extends between the two sidewalls of the mounting bracket and wraps around the upper corners of the support arm to prevent lateral shifting while permitting rotation of the mounting bracket on the support arm.

Abstract: An end knife guard for a cutterbar assembly has a body portion forming a lower section and an upper section spaced in relation to one another to define a horizontal slot within which a knife section is confined, and freely movable. The lower section has an inboard lateral side edge that forms a cutting surface. An outboard lateral side edge forms a surface that tapers laterally inward from the forward end of the body portion to form an open area for discharge of trash at the end of the cutterbar assembly. The tapered outboard edge is positioned adjacent to the upright wall of a platform end divider cover. Such that the open area for discharge of trash is between the guard outboard edge and the divider cover, allowing trash to drop from the guard while maintaining the divider cover outer wall close to the end of the cutterbar assembly.