Deere + Company

David H Bucher

Donald Thomas Sorlie

David Carl Winter

Terry L Lowe

Harry M Meinert

Gail Russell Sutherland

Melvin H Buescher

Knock-on sweep mounting structure includes a combination of first and second tapers, and mating notch structure in the sweep connecting portion and in the mounting structure on the shank, to provide easy installation and prevent sweep loss. The notch structure facilitates easy connection of the sweep on the mounting structure by rotational movement of the sweep at a single narrowed attaching location between the tapers. Once on the mounting structure, the sweep can slide along the shank. By forcing the sweep upwardly, the sweep is wedge-locked in the field-working position on the first taper. The second taper, opposite in direction from the first taper, fits against the naturally occurring shape of the bottom of the sweep connecting portion to retain the sweep on the shank if the sweep is dislodged from the first taper. The combination of tapers with the notch structure located therebetween substantially reduces the possibility of a sweep accidentally falling off the shank.

Agricultural sweep and mounting

An agricultural shank assembly includes an edge-bent standard having an integral tool-receiving end which is tapered to provide a self-locking fit for a matching sweep. A non-corroding plastic pin inserted through a hole in the sweep and through an elongate hole in the end of the standard retains the sweep in position and prevents the sweep from jarring loose. The elongate hole in the standard accommodates considerable variation in the tapered end and the mating sweep portion. The pin is easily shearable by a hammer blow to the sweep during sweep replacement.

Shank assembly with knock-on sweep

A spray cart which straddles a trailing implement hitch and supports a tank on two castering wheels and on the tractor hitch. The caster wheels have adjustable tread, and the caster wheel support structure provides additional strength to the tank support frame. A stabilizer bar is connected between the cart and the trailing implement to make them operate as a single unit. The cart serves to closely connect the trailing implement and the tractor and provide straight-line pull through the system.

Implement cart

A farm implement having a main transverse central frame and outer frames that are connected to opposite ends of the main frame to swing between transversely extending positions and rearwardly extending positions with respect to the central frame. The central frame carries a vertical mast on which is mounted a horizontal tool-supporting beam structure. A powered device is provided between the beam structure and the main central frame to raise the beam structure on the mast to thereby elevate the tools carried by the beam structure to a height permitting the outer sections to swing rearwardly and inwardly beneath the tools on the beam structure.

Multiple section implement with beam raised and lowered on mast thereof

A dual packer unit is disclosed that is particularly useful for sod seeding purposes. The apparatus includes an H-shaped mounting bracket consisting of an arcuate leg connected at opposite ends to a pivot arm and a wheel mounting arm. The pivot arm is integrally formed with one end of the arcuate leg at the central portion of the pivot arm, and the wheel mounting arm is integrally formed with the other end of the arcuate leg at the central portion of the wheel mounting arm so that the ends of the pivot arm may be pivotally mounted between a pair of seed tubes, and packer wheels may be mounted for free rotation at the ends of the wheel mounting arms. When so mounted, each packer wheel is received in a furrow immediately following and in line with the seed tube. The packer wheels are gravity biased downwardly toward a cut furrow, and the unit therefore provides sufficient flexibility to follow the contour of the ground and to follow the cut furrow regardless of the depth selected.

Dual packer wheel unit for tillage apparatus

An improved cutting and drive structure is disclosed that is particularly useful in conjunction with tilling apparatus for sod seeding purposes. The structure includes a tillage blade or cutter wheel mounted for rotation by a drive structure that includes a rotatable drive shaft. The cutter wheel has a thin disc-like body portion and a periphery with a plurality of teeth thereon, with different teeth being offset in opposite directions from the plane of the body portion. The offset teeth which in a preferred embodiment have hard-facing on the cutting surface, have a specific configuration to allow the cutting wheel to produce a furrow in ground contacted by the wheel, with the furrow being wider than the body portion of the wheel due to the offset teeth, and this results in reduced soil compaction at the bottom of the furrow, as well as loose dirt therein to provide cover for seed deposited in the furrow. The drive structure includes a friction drive plate for rotating the cutter wheel, with the cutter wheel being fastened to the threaded drive shaft so that the cutter wheel is self-tightening.

Growing community of inventors

Des Moines, IA, United States of America

David H Bucher