Abstract: An auger apparatus having a first housing for receiving and holding material to be moved has a first auger disposed therein and rotatable about a first axis for moving material within the first housing. A second housing is connected to the first housing and has a second auger disposed therein and rotatable about a second axis for moving material within the second housing, the second axis being disposed at an obtuse angle with respect to the first axis. A flexible joint is attached at one end thereof to the first auger and at the other end thereof to the second auger for transmitting rotational forces from one to the other and thereby forming a flexible joint between the two augers. Helical flighting extensions are attached to each end of the flexible joint and serve as extensions to the flighting of the first and second augers so that there is essentially a continuous flighting across the flexible joint.

Abstract: A lock-up mount apparatus for an earth working tillage tool includes a bracket which is provided for attachment to a toolbar and the bracket has a first, second, third and fourth pin opening therein. A tillage tool, such as a cultivating tine, has an attachment structure at the top thereof and this attachment structure has a first and second hole disposed therethrough. A first pin is provided for selectively extending through the first pin opening in the bracket and through the first hole in the attachment structure whereby the attachment and thereby the tillage tool is pivotally attached to the bracket. A second pin is provided for selectively extending through one of the second and third pin openings in the bracket. The second pin also extends through a second hole in the attachment structure when the second pin is disposed in the second pin opening in the bracket whereby the tillage tool is held in a low operative earth working position.

Abstract: A folding tool bar apparatus for a farm implement having a hollow main frame and winged sections pivotally attached to each end thereof. The winged sections are pivotal between a first horizontally extended position and a second folded horizontal position above the hollow main frame and disposed 180.degree. from the first position. An actuation structure is provided for moving the winged section between the first and second positions and this actuation structure includes the first set of teeth attached to each end of the hollow main frame and the second set of teeth attached to each end of the winged section for meshing with the teeth on the ends of the hollow main frame. The bracket structure is pivotally attached to the first and second set of teeth on each end of the main frame and a lever arm is attached to the bracket.

Abstract: A machine for removing the top foliage of sugar beets having a frame with longitudinal side walls and a longitudinal center beam carrying three gear boxes. Rotor assemblies drivably connected to opposite sides of the gear boxes are rotatably mounted on the side walls. A PTO drive is connected to a main drive shaft located above the center beam. A chain and sprocket speed reducer surrounds the main beam and transmits power from the main drive shaft to drive shafts connected to the first and second gear boxes. The chain and sprocket speed reducer is located within a housing mounted on the main beam. The main beam extends through the housing. Each rotor has a cylindrical member carrying a splined sleeve that is mounted on a splined hub connected to an output shaft of a gear box. A bearing assembly mounts the outer end of each cylindrical member to a side wall. A plurality of flail carrying assemblies having flexible rubber flails are mounted on each cylindrical member.

Abstract: A machine for removing the top foliage of sugar beets having a frame with longitudinal side walls and a longitudinal center beam carrying three gear boxes. Rotor assemblies drivably connected to opposite sides of the gear boxes are rotatably mounted on the side walls. A PTO drive is connected to a main drive shaft located above the center beam. A chain and sprocket speed reducer surrounds the main beam and transmits power from the main drive shaft to drive shafts connected to the first and second gear boxes. The chain and sprocket speed reducer is located within a housing mounted on the main beam. The main beam extends through the housing. Each rotor has a cylindrical member carrying a splined sleeve that is mounted on a splined hub connected to an output shaft of a gear box. A bearing assembly mounts the outer end of each cylindrical member to a side wall. A plurality of flail carrying assemblies having flexible rubber flails are mounted on each cylindrical member.

Abstract: A machine for lifting sugar beets from the soil, separating the soil and foreign matter from the sugar beets and elevating the sugar beets for loading on a transport vehicle. The machine has beet lifting wheels which lift the beets from the soil and direct the beets to link conveyors. The conveyors carry the beets to one end of a grab and cleaning roller assembly. The grab and cleaning roller assembly has a plurality of smooth and spiral ribbed rollers that are rotated to clean and move the beets the length of the roller assembly to a disc assembly. The disc assembly comprises a plurality of discs that are rotated in a direction to move the beets to the inlet area of a loading elevator. The loading elevator is independently supported on the ground with a wheel assembly. Adjusting structure is used to adjust the heighth of the elevator. Separate controlled hydraulic motors are operable to drive the conveyors, the disc assembly and the loading elevator.

Abstract: An earthworking implement mounted on a three-point hitch of a draft vehicle with a hitch assembly. The hitch assembly has members mounted in clamps secured to a main transverse beam. Two of these members include lower forward projecting portions and a third member therebetween has an upper forward projecting portion. The two lower portions are connected to a transverse bar, which is attached to the draft links of the three-point hitch. The upper portion is connected to the control link of the three-point hitch. These members are individually adjustable, whereby they may be adjusted to fit variations in structure of three-point hitches. A plurality of parallel linkages movably connect a transverse tool bar to the beam. Row guide units having guide and gauge wheels and furrowing tools are mounted with clamps to the tool bar. Earthworking tools, herbicide incorporators and seed planters can be mounted with clamps to the tool bar.

Abstract: An earthworking implement mounted on a three-point hitch of a draft vehicle with a hitch assembly. The hitch assembly has L-shaped members mounted in clamps secured to a main transverse beam. A plurality of parallel linkages movably connect a transverse tool bar to the beam. Row guide units having resilient rubber wheels and furrowing tools are mounted with clamps to the tool bar. Earthworking tools are mounted with clamps to the tool bar. In one form, the earthworking tool is a blade sequentially moved into and out of the soil with a lifting wheel to dig water-holding basins or trenches in the soil.

Abstract: An earthworking implement mounted on a three-point hitch of a draft vehicle with a hitch assembly. The hitch assembly has L-shaped members mounted in clamps secured to a main transverse beam. A plurality of parallel linkages movably connect a transverse tool bar to the beam. Row guide units having longitudinally aligned guide wheels and furrowing tools are mounted with clamps to the tool bar. Earthworking tools are mounted with clamps to the tool bar. In one form, the earthworking tool is a blade sequentially moved into and out of the soil with a lifting wheel to dig water and snow holding basins or trenches in the soil.