Other

Brown Manufacturing Corporation

Allied Products Corporation

Deere & Company

Brown Manufacturing Company

Jerrell William Harden

Russell Jerrell Harden

William P Brown

Timothy Arthur Deutsch

Richard Lee Forest

Floyd Hicks

Leo Harden

Ronald P Brown

Floyd Pascal Hicks

Billy Paul Brown

A convertible wheelchair is provided. The convertible wheelchair can have a wheelchair configuration and a walker configuration to allow a user to alternately sit and stand, and can include a frame supporting a chair. The chair can be foldable and can include a chair back and a chair seat. The convertible wheelchair can include support and stability mechanisms accessible in the wheelchair configuration and the walker configuration including one or more torso supports, a fall seat, and stability bars.

Convertible wheelchair

A user assistance apparatus and system is disclosed. The apparatus and system may include a base and a platform rotatably positionable about the base. A lift assist chair may be disposed upon the platform, and handrails may be attached to the platform such that the handrails rotate with the platform. The handrails extend from the platform to define an entry, and the handrails are configured to assist a user as the user passes between the entry and the lift assist chair. Fixtures may be disposed in a generally curved arrangement to cooperate with the entry as the platform is rotatably positioned about the base. Related methods of use are also disclosed.

User assistance apparatus and methods

A wheelchair safety lock with a safety handle that is positioned such that the user of the wheelchair cannot enter or exit the wheelchair without moving the safety handle out of the way. When the safety handle is moved out of the way, the brake of the wheelchair is engaged against the wheels of the wheelchair. In order to operate the wheelchair, the safety handle is moved back into position after the user is seated. The safety handle extends in front of the user above the users lap when the user. is seated in the wheelchair. Therefore, the user cannot exit the wheelchair unless the safety handle is moved, thereby engaging the brake. Similarly, if the safety handle has been moved such that the brake is disengaged, the user can not enter the wheel chair because the safety handle is blocking the entrance. The safety handle must be moved in order to enter the wheelchair, thereby engaging the brake. The safety handle is also useful for the user to hold when declining a steep incline.

Wheelchair safety lock

Crop severing and gathering structure is pivotally connected to the forward end of a cotton row unit housing adjacent a row receiving area. A cutter severs the lower portion of cotton plants offset from the row receiving area of the row unit. A conveyer includes a pair of opposed belts with gripping features which embrace the lower portions of the stems of the cotton plants and move the severed plants in a generally upright position into the row of standing plants that is entering the row receiving area. The severed cotton plants intertwine with the standing row at the front of the housing as the conveyor moves the plants against one side of the row. The standing row with intertwined plants enters the row receiving area, and tandem picking drums located on the same side of the row as the severing and gathering structure remove cotton from both the standing row and the severed plants. The opposed belts have surfaces which enhance the gripping and conveying of the severed plants, and rotating brushes above the cutters help gather and hold the plants in the upright position for cutting. The pivotal connection allows the severing and gathering structure to be adjusted to the desired lateral position for a given plant spacing and to be lifted out of the way for convenient access to areas in and near the housing, including access to the row unit door structure. Plant gatherers at the leading end of the severing and gathering structure can be adjusted for alignment with the forward direction when the lateral position of the structure is adjusted for different plant spacings.

Narrow row cotton harvester

A self-aligning row crop spraying device includes a parallelogram-shaped device comprised of a pair of guide support members disposed parallel to each other and a pair of transverse members also parallel to each other. One of the transverse members is fixed to a structure allowing the remainder of the parallelogram-shaped device to move freely about the transverse member. A pair of guide members form a channel for receiving plants. The device allows a spray nozzle to remain aligned with a row of crops throughout the spraying process.

Self-aligning row crop spraying device

A chisel cultivator for post-planting cultivation. The cultivator includes a main frame. A chisel member has one end portion coupled to the frame and a second end portion spaced from the first end portion along a longitudinal axis of the chisel member for cultivating sub-surface soil during operation of the cultivator. A heave limiter is coupled to the frame ahead of the chisel member relative to the direction of operation of the chisel cultivator. The chisel member is adjustable relative to the frame to adjust the distance of the second end portion of the chisel member from the frame. A sweep assembly is coupled to the frame behind the chisel member relative to the direction of operation of the chisel cultivator. The sweep assembly includes wings which extend outwardly of a centerline extending in the direction of operation of the chisel cultivator in a plane substantially orthogonal to the longitudinal axis of the chisel member.

Cultivator

A cultivator for post-planting cultivation. The cultivator includes a main frame. A chisel member has one end portion coupled to the frame and a second end portion spaced from the first end portion along a longitudinal axis of the chisel member for cultivating soil during operation of the cultivator. A heave limiter is coupled to the frame ahead of the chisel member relative to the direction of operation of the chisel cultivator. The chisel member is adjustable relative to the frame to adjust the distance of the second end portion of the chisel member from the frame. A sweep assembly is coupled to the frame behind the chisel member relative to the direction of operation of the cultivator. The sweep assembly includes wings which extend outwardly of a centerline extending in the direction of operation of the cultivator in a plane substantially orthogonal to the longitudinal axis of the chisel member. A sifting assembly is coupled to the sweep assembly. The sifting assembly allows the sweep to be run deeper to provide a larger volume of cultivated soil with an effective weed kill.

Cultivator with sweep and sifting assemblies

An apparatus for controlling the horizontal and vertical orientation of a boom assembly. An elongated frame assembly adapted to be mounted to a vehicle has a cam plate mounted to and moveable therealong. Hydraulic drive means controls the movement of the cam plate between fully extended, intermediate, and fully retracted positions. A hinge plate assembly is rotatably mounted to the frame assembly and an elongated boom, such as an agricultural spray boom, is pivotably mounted to the hinge plate so that the boom is vertically adjustable relative to the ground. The cam plate is adapted to engage the hinge plate and the boom in such a way that when the cam plate is moved along the frame assembly between the fully extended and intermediate positions, it adjusts the boom height relative to the ground and when the cam plate is moved between the intermediate and fully retracted positions, it causes the hinge plate to rotate about its pivot axis, thereby swinging the boom toward and into its retracted (traveling) position.

Boom mounting and control assembly

Soil conditioning apparatus having a main frame, and means coupled to the main frame for cutting and loosening compacted soil to prepare a seed bed and rooting environment, including a subsoiler coupled to the main frame and angled to be pulled downwardly into the earth below the surface to prepare a better rooting environment and seed bed and to increase water infiltration. A slot filler wheel is coupled to the main frame for filling voids in the soil left by the forward motion of the subsoiler therethrough; the slot filler wheel is mounted adjacent to and laterally spaced from the subsoiler so that a portion of the slot filler wheel may extend forwardly of the trailing face of the subsoiler. Also, the slot filler wheel may be mounted to lie in a plane of rotation which extends downwardly toward the subsoiler and inwardly toward the slot formed behind the subsoiler. One or more rotatable seed bed implements may be mounted alongside the subsoiler to contain soil displaced by the subsoiler within a defined bed region.

Soil conditioning and bed preparation apparatus

A post directed crop spraying apparatus and related method, comprises a pair of opposed substantially vertically extending hood members coupled to a main mounting means. Spray nozzle means are coupled to the main mounting means and disposed between the hood members for spraying liquid material toward the ground between and under the hood members to cross row centers at the base of plants being sprayed. Knockdown bar means are coupled to the main mounting means and extend substantially transversely between the hood members for contacting and for pushing down on weeds during operation of the apparatus. The knockdown bar means are located sufficiently close to the nozzle means to permit the nozzle means to spray liquid material onto the weeds from the bases to the tips thereof and to permit liquid material to be applied in a substantially uniform pattern to the soil around the plant bases.

Agricultural spraying apparatus and method

Soil conditioning apparatus is disclosed which has a front coulter assembly, preferably with a fluted coulter, for preparing a narrow path wider than the following subsoiler shank by cutting trash and breaking and slitting the topsoil. Following the front coulter assembly is the subsoiler assembly for further breaking the surface soil and breaking and shattering the 'hard pan' created by years of conventional tillage. Following the subsoiler assembly is the slot filler assembly for filling the slot or crevice left by the subsoiler as it moves through the ground, a sufficient amount to prevent cave-ins or settling which would carry seeds too deep to properly germinate. Behind the slot filler wheel assembly means is the seed bed implement assembly for preparing the seed bed by pulverizing the soil and by removing trash which may have remained in the seed bed region after the above mentioned prior operations. The seed bed preparation implement assemblies are provided in opposed pairs, each of which is substantially universally adjustable independently of the other. The combined coulter and spider units of these assemblies are laterally, axially and angularly (about both horizontal and vertical axis) adjustable to provide the most effective seed bed preparation under any given condition. All of these elements are combined with and carried by a single mobile framework.

Soil conditioning and seed bed preparing apparatus

In a preferred embodiment of the invention, a trailer-like multi-sectioned frame is mounted on supporting spaced-apart wheels adjustable intermittently of the height of the frame and having mounted on the various sections of the frame, functional elements including a forward rotatable cutting blade for cutting upper earth soil, a following sub-soil cutting blade aligned to follow in the upper earth cut formed by the forward cutting blade and being formable of a sub-soil groove beneath the slot, a soil-fill-in tine rotatable wheel having laterally curved and directed tine ends extending a breadth wider than the slot such that are trailed along the slot the tine ends cave-in soil to fill the sub-soil groove, a seed-bed-preparing tine wheel mounted to trail in the slot behind the soil-fill-in tine rotatable wheel, and a seed planter of conventional nature mounted to trail the seed-bed-preparing tine wheel to plant within prepared soil along the slot, the tine elements of the seed-bed-preparing tine wheel being curved radially outwardly away from the direction of rotation thereof, and the tines of the soil-fill-in tine rotatable wheel being also curved radially outwardly away from the direction of rotation, there being a trailer hitch element mounted on a forward end retractably, on the forward section of the trailer frame, extended during operation of the machinery when pulled behind a pulling machine.

Growing community of inventors

Banks, AL, United States of America

Jerrell William Harden