Abstract: Disclosure herein are hydraulic systems and method of use thereof. The hydraulic systems can include a hydraulic cylinder and a manifold. The hydraulic cylinder can have a first end and a second end. The hydraulic cylinder can include a first port, a second port, and a third port. The first port can be located proximate the first end. The second port cane be located proximate the second end. The third port can be located in between the first port and the second port. The manifold can include a first valve and a second valve. The first valve can be in fluid communication with the first port and the third port. The second valve can be in fluid communication with the second port and the third port.

Abstract: A towable farm implement having a frame element having a field end, a fold gate, and an inner wing tow bar rotatably connected to the frame member. The farm implement having a wing having a wing frame extending from a center end to an outer end. The fold gate can be rotatable between a transport position in which the fold gate is parallel to the main carrier and a field position in which the fold gate is perpendicular to the main carrier. Rotating the fold gate into the transport position can pivot the wing about the inner wing tow bar into a parallel orientation relative to the frame member. Rotating the fold gate into the field position can pivots the wing about the inner wing tow bar into a transverse orientation relative to the frame member.

Abstract: An undercarriage assembly including a track assembly that can be oriented to align with the primary roll axis of the farm implement. The track assembly can be pivotably connected to an undercarriage arm of the farm implement such that the track assembly can be pivoted about a pivot axis parallel to the roll axis of the farm implement. In this configuration, when moving a farm implement in a direction parallel to the roll axis, the track assembly can pivot around the pivot axis in response to an angled road surface to maximize the amount of the track surface that contacts the road surface.

Abstract: A swing conveyor that is segmented. In one embodiment, the swing conveyor comprises an incline section that pivotally connects to an intake of a main conveyor, and includes a first belt. The swing conveyor further comprises an intake section that receives a flow of material via a second belt, and transfers the flow of material to the incline section. The first belt of the incline section transfers the flow of material received from the intake section to the intake of the main conveyor. The intake section connects to the incline section via a hinge mechanism so that the intake section pivots in relation to the incline section.

Abstract: A farm implement having rotatable wings rotatably connected to a main carrier and also having a folding bar linkage, which folds as the corresponding wing is rotated into a stowed position and extends as the wing rotates into a deployed position. A fixed length control bar rotatably linking a tow bar of the folding bar linkage to the main carrier controls the folding and unfolding of the bar linkage as the wing rotates between the deployed and stowed positions.

Abstract: A farm implement supported by at least one wheeled support mounted on a pivot arm extending from a wing and at least one tracked support on a main carrier. The tracked support can be rotated about a primary rotational axis and the wheeled support being rotatable about a secondary rotational axis. The pivot arm can be rotated to position the wheeled support to elevate or lower the wing. The rotational of the pivot arm also changes the alignment of the secondary rotational axis of the winged support relative to the primary rotational axis of the tracked support to prevent berming when maneuvering the farm implement.