Abstract: Systems and methods are disclosed for financing a transition of a borrower between ownership of a prior home to ownership of a new home in conjunction with services. The transition is associated with an increase in living situation cost of the borrower between a prior living situation cost and a new living situation cost, the new living situation cost including the new home and the services. The method alleviates cash flow burden to the borrower by allowing minimal or no monthly payments for as long as the borrower occupies the home.

Abstract: Systems and methods are disclosed for financing a transition of a borrower between ownership of a prior home to ownership of a new home in conjunction with services. The transition is associated with an increase in living situation cost of the borrower between a prior living situation cost and a new living situation cost, the new living situation cost including the new home and the services. The method alleviates cash flow burden to the borrower by allowing minimal or no monthly payments for as long as the borrower occupies the home.

Abstract: A fire protection apparatus includes a plurality of bladders that are substantially filled with a non-flammable liquid via a manifold that is coupled to a source of non-flammable liquid and includes one or more nozzles that discharge the non-flammable liquid into each of the plurality of bladders. In one specific embodiment, the apparatus is initially in a substantially collapsed state at or near a ceiling. When fire or smoke is detected, the non-flammable liquid flows into the manifold. As the plurality of bladders begin to fill with non-flammable liquid, the weight of the filling bladders causes the fire protection apparatus to deploy, spanning from ceiling to floor. The bladders may include one or more discharge orifices that allow the non-flammable liquid to flow out of the bladder and down the exterior of the bladder once the bladder is filled to the level of its discharge orifices.

Abstract: A dispenser that includes a vertical wall, a selector drum having an open end mounted for rotation in sealing relationship on the wall, the drum having circumferentially spaced openings about its periphery for seeds, a seed hopper having a conduit for supplying seeds to the interior of the drum through an opening in the wall, a blower fan supplying air to the interior of the drum through an opening in the wall, seed cut-off and singling structure for removing extra seeds picked up by the openings in the rotating drum, and a seed discharge structure located 90.degree.

Abstract: An apparatus to be towed that includes a frame supported, rotatably mounted, pair of furrow forming disks that are arranged to substantially contact each other at the approximate point of entry into the soil and diverge apart rearwardly and upwardly, and a frame supported, rotatable gauge wheel located adjacent each disk, with each wheel having a radially inwardly located recessed lip immediately adjacent the disk to trap soil removed from the furrow to form a mound of moist and substantially uncompacted soil along the edge of the furrow.

Abstract: A harness adapter is disposed between the seed monitor logic circuitry and the individual row unit seed detectors upon conversion of a planter for operation of only a portion of its planting units. The adapter provides a continuous series of connections from the detectors associated with operative row units while electrically isolating the detectors on the non-operative row units.

Abstract: An apparatus to be towed that includes a frame supported, rotatably mounted, pair of furrow forming disks that are arranged to substantially contact each other at the approximate point of entry into the soil and diverge apart rearwardly and upwardly, a pair of rotatable gauge wheels having supports that individually and pivotally connect the wheels to the frame with each wheel being located generally adjacent an outer surface of a disk, a gauge wheel adjustment assembly slidably mounted in said frame and having an equalizer assembly connecting the supports whereby movement of a support and thus wheel in one direction produces the same movement of the other support and wheel in a contrary direction and including an indicator, furrow depth indicating structure having a zero position and spaced indicia for indicating furrow depth and adjustment structure for movably mounting the indicating structure on the frame, and structure for selectively immobilizing the equalizer assembly in a neutral position whereby with

Abstract: An apparatus that includes a frame supported pair of rotatably mounted furrow forming disks, a seed tube extending between the disks for depositing seed in a furrow, a pair of individually mounted and frame supported gauge wheel structures, each structure including a support pivotally mounted on said frame, a wheel located generally adjacent an outer surface of a disk and rotatably mounted on the support, adjustment structure for moving the supports and thus said wheels to vary furrow depth, and a furrow closing and seed soil contact assembly, said assembly including arm structure pivotally mounted on said frame and extending rearwardly to rotatably support furrow closing and seed soil contact structure rearward of the disks and a spring connected to the frame above the arm structure pivot and to the arm structure below and forward of the pivot, the spring biasing the furrow closing and seed soil contact structure downwardly with the same increase of force on the soil with the same increase in furrow depth fo

Abstract: The planter height and control system is adapted for use with an agricultural planter assembly which is adapted to be mechanically and hydraulically coupled to a tractor and which includes a frame, a plurality of equally spaced planter units mounted to the frame, and at least two wheel assemblies on each side of the planter assembly. Each wheel assembly is pivotally mounted to the frame and includes a piston and cylinder mechanism which, when the piston rod thereof is extended, pivots the wheel assembly downwardly to effect raising of the planter units.

Abstract: The automatic alternating marker system is adapted for use with an agricultural planter assembly which has a plurality of planter units, which is adapted to be mechanically and hydraulically coupled to a tractor, and which has hydraulically actuated, first and second extendable markers, each mounted on one side of the planter assembly. Each marker is used to mark, respectively, the track that a tractor wheel should follow on a return planting sweep of the planter assembly for planting properly spaced adjacent rows after the planter assembly has made a first sweep to plant a plurality of rows. The system includes an electrical control circuit for causing extension of the first marker and retraction of the second marker upon the raising of the planters and the turning of the tractor 180.degree., and for causing extension of the second marker and retraction of the first marker upon the next raising of the planters and the next turning of the tractor 180.degree..

Abstract: A planter having a frame, a drive train supported from the frame and having a forward end adapted to be connected to a drive and the other end having drive structure rotatably supported on the frame, the frame also having a pair of laterally spaced horizontal flanges, stop structures extending through each flange, funnel structure mounted on said frame, a clutch shaft rotatably supported in the drive structure and having spaced jaws and structure for releasably connecting the clutch shaft in a driving and non-driving position to the drive structure, a hopper assembly having lower flanged surfaces for engaging the frame flanges and stops, a granular dispenser located in the lower portion of said hopper and having a dispenser shaft engageable with the clutch shaft jaws and fastening structure between the frame and hopper for releasably attaching the hopper to the planter.

Abstract: A tractor-mounted carrier and dispenser for a cylindrical bale of substantial size and weight. The carrier includes a pair of cantilevered rollers spaced apart in parallel relation to hold a cylindrical bale thereon. The rollers are power-movable toward and away from each other to facilitate lifting a bale from the ground. The rollers are powered in rotation to rotate a bale thereon for progressively feeding hay from the bale onto the ground between rollers. The rollers are moved toward each other to continuously support the bale as it decreases in diameter. Controls permit the operator to vary the rotation speed of the rollers relative to each other to create a peripheral shreading or tearing action to enhance the feeding of the bale. The carrier of the invention is also readily capable of transporting a bale from point to point.

Abstract: A hay baler including a mobile chassis having a bale chamber and a power-driven plunger reciprocably mounted in the chamber for cyclically compressing hay in the chamber. A pickup lifts the windrowed hay from the ground and a feeding mechanism is reciprocably powered from the plunger to feed the hay into the bale chamber. The feeding mechanism includes a carriage mounted for reciprocation on a horizontal wall structure. A plurality of hay engaging fingers is pivotally suspended from the carriage beneath the wall structure for moving the hay from the pickup to the bale chamber. Each of the hay feeder fingers is removably secured to the carriage by a clamp disposed above the respective fingers. Openings are defined through the wall structure through which the clamps and the fingers are successively removable to facilitate replacement of worn or damaged fingers.