Abstract:
An opener assembly for an agricultural seeder has an opener disc attached to an opener subframe. The opener disc is angled to the direction of travel to create a furrow for depositing seeds. A boot is mounted to the opener subframe beside the opener disc for preventing loose soil from falling into the furrow ahead of seed deposited therein. A seed tube is mounted to the opener subframe by a two-part bracket. The bracket includes a first part attached to the opener subframe and a second part fixed to the seed tube. The first part has a channel structure for receiving and partially surrounding the seed tube, and a pair of slots formed in sidewalls of the channel structure. The second part has an L-shaped structure with a portion that mates with the pair of slots. A key ring mechanism is used to lock the first and second parts together.
Abstract:
A down pressure adjustment assembly for a disc opener of an agricultural implement includes a rockshaft to which one or more disc opener units are mounted and an actuator that rotates the rockshaft. Rotation of the rockshaft causes the disc opener units to be raised or lowered. When the disc opener units are lowered into a field engagement position, further rotation of the rockshaft will cause compression of down pressure springs for each of the disc opener units.
Abstract:
A tillage coulter unit (22, 122) adapted for use with a farm implement (10) is provided which permits high speed tillage operations (e.g., field fertilization using liquid fertilizer such as ammonia, or seeding) without undue soil disruption or fertilizer vaporization. The coulter unit (22, 122) includes an upright, rotatable coulter blade (26, 130) with a gauge assembly (28, 132) operable to limit the depth of the coulter blade into soil and to minimize soil disruption. The gauge assembly (28, 132) preferably includes a pair of elongated, shiftable belt or chain loops (74, 212, 214) positioned in straddling relationship and astride the blade (26, 130). The loops (74, 212, 214) present lower runs (96, 212a, 214a) which substantially contact the soil as the unit (22, 122) traverses a field.
Abstract:
A double shoot coulter assembly for an agricultural implement includes a packer wheel. The packer wheel is disposed behind a soil engaging blade. The packer wheel is configured to press soil displaced by the soil engaging blade into trenches formed by the soil engaging blade and a disc blade. A centerline of the packer wheel extends adjacent to a soil displacing side of the soil engaging blade.
Abstract:
This planting device has a rotary excavator head instead of a plow to make a furrow The excavator uses a various number of teeth to cut the soil and two flat plates and centrifugal force to distribute the soil evenly around the hole to be excavated for planting. The cutting action of the teeth breaks up the soil into a very fine media. The two flat plates use centrifugal force to distribute it evenly around the hole.The rotary excavator can be of several different sizes (8-24 inches) on the hand operated models and up to 36 inches on the three point hitch tractor mounted models.The hand operated model has long handles and wheels to counter act the rotating torque generated by the power head and excavator.
Abstract:
A down pressure adjustment assembly for a disc opener of an agricultural implement includes a rockshaft to which one or more disc opener units are mounted and an actuator that rotates the rockshaft. Rotation of the rockshaft causes the disc opener units to be raised or lowered. When the disc opener units are lowered into a field engagement position, further rotation of the rockshaft will cause compression of down pressure springs for each of the disc opener units.
Abstract:
A tillage coulter unit (22) adapted for use with a farmimplement (10) is provided which permits highspeed tillage operations (e.g., field fertilization using liquid fertilizer such as ammonia, or seeding) without undue soil disruption or fertilizer vaporization. The coulter unit (22) includes an upright, rotatable coulter blade (26) with a gauge assembly (28) operable to limit the depth of the coulter blade into soil and to minimize soil disruption. The gauge assembly (28) preferably includes a pair of elongated, shiftable belt or chain loops (74) positioned in straddling relationship and astride the blade (26). The loops (74) present lower runs (96) which substantially contact the soil as the unit (22) traverses a field.
Abstract:
A planting unit for depositing fertilizer and seed in a single pass, double shoot manner includes a rotating disc that cuts a furrow in a planting surface and a trailing seed boot, having a cutting edge, that cuts a vertically and horizontally offset trench in the furrow to form a seed bed in the planting surface. The disc has a mounting frame for mounting the disc to a linkage assembly that is, in turn, coupled to a toolbar mount. The seed boot is also attached to the mounting frame. This common attachment provides a relatively short and compact device without sacrificing fertilizer and seed stratification.
Abstract:
An opener assembly for an agricultural seeder has an opener disc attached to an opener subframe. The opener disc is angled to the direction of travel to create a furrow for depositing seeds. A boot is mounted to the opener subframe beside the opener disc for preventing loose soil from falling into the furrow ahead of seed deposited therein. A seed tube is mounted to the opener subframe by a two-part bracket. The bracket includes a first part attached to the opener subframe and a second part fixed to the seed tube. The first part has a channel structure for receiving and partially surrounding the seed tube, and a pair of slots formed in sidewalls of the channel structure. The second part has an L-shaped structure with a portion that mates with the pair of slots. A key ring mechanism is used to lock the first and second parts together.
Abstract:
A seed planting assembly comprises a depth regulating member and a residue driving member. The depth regulating member and residue driving member may be integrally formed as one structure, or they may be formed separately and later joined to one another. A method of planting comprises selecting the geometries of the depth regulating member and residue driving member for a given set of conditions so that the depth regulating member facilitates travel of a planting unit over debris.