Abstract: The data visualization systems and methods of this invention provide a powerful tool for visualizing multi-dimensional databases. In one exemplary embodiment, the data visualization systems and methods of this invention visualize pivot tables using two novel visual metaphors: a single measure perspective consisting of linked bar charts and a multiscape landscape visualization; and a anchored measures perspective for displaying several measures simultaneously. The data visualization systems and methods of this invention usefully display much larger pivot tables than is possible using conventional interfaces and provide the ability to navigate through complex cubes to identify important structures. In various exemplary embodiments, the data visualization systems and methods of this invention attach to MS Excel™ as an add-on, access pivot tables directly from SQL Server 7.0, and integrate with MS Office.

Abstract: A tree-structured workflow control and a tree-structured report selection control allow users to easily display data and generate reports, without having to actively determine the various measures and dimensions to be displayed in various interactive views of the data and various simple and advanced reports. By linking predetermined sets of dimensions, measures and views to predetermined workflow control entries and report selection entries in a tree structure having labels on the branches and leaves that are logically related to the associated predetermined sets, the user can immediately obtain a data visualization perspective or a report without having to actively select the particular dimensions and measures for display, and without having to actively arrange the selected dimensions into a multi-dimensional view.

Abstract: Level lifting and lowering of a working implement in combination with a hydraulic boom is provided through a hydraulic circuit and valve including a shuttle check valve, a rotary flow divider and a counterbalance valve. Selective operation results in the working implement being raised or lowered in a level displacement relative to the ground.

Abstract: An agricultural harvesting combine is provided with a hydraulically positioned reel at the forward end of the combine. One single acting hydraulic cylinder is carried at each end of the reel. Hydraulic fluid is supplied to the cylinders through a rotary flow divider to cause each cylinder to synchronously be displaced to raise both ends of the reel in unison.

Abstract: A receptacle lift apparatus for a cotton harvester or other dumping vehicle including a linear hydraulic motor including a first rod and piston assembly attached to the receptacle and a second rod and piston assembly attached to the chassis and a floating cylindrical housing receiving the first piston in one end and the second piston in the other end being independent of the chassis and receptacle for axially unrestrained movement relative thereto.

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: An agricultural machine for use in dispensing liquid products through a pump driven sprayer is equipped with a hydraulic pump drive system including a rotary flow divider to intensify pumping pressures driving the sprayer pump while preventing unnecessary fluid flow bypassing operations.

Abstract: A hydraulically actuated clutch booster utilizes a seat accumulator incorporated in a vehicle seat suspension circuit for a source of fluid pressure when the normal clutch booster fluid supply pump is not operating thereby providing hydraulic assist to operate the vehicle's clutch upon initial start up.

Abstract: An implement having a rotary flow divider controlling fluid to and from at least two independent hydraulic rams for raising and lowering the implement in a level manner. A counter monitors the revolutions of the flow divider and actuates an electric circuit which controls solenoid valves to stop the implement at the proper height. A cab mounted adjustable count selector is provided to adjust the desired height of the implement.

Abstract: A multi-segment farm implement flexible tool bar or frame is provided with a hydraulic system including a rotary flow divider for raising and lowering each segment of the sectional frame in synchronous movement with the other sections. A mechanical linkage associated with a ground wheel positioning cylinder also activates the hydraulic fluid control system limiting the downward movement of the implement mounted to the sectional frame on its supporting gear.

Abstract: A hydraulic circuit for synchronous lift of an implement having a center frame and flexibly connected left and right wing frames, each frame having an independent wheel assembly for raising and lowering the associated frame. A rotary flow divider is provided in a parallel connection of hydraulic rams to actuate the wheel assemblies. The flow divider has a section sized to provide the necessary flow to each ram so that all frames are raised and lowered in unison.

Abstract: An implement having a rotary flow divider controlling fluid to and from at least two independent hydraulic rams for raising and lowering the implement in a level manner. A counter totals the revolutions of the flow divider and actuates an electrical circuit which controls solenoid valves to stop the implement at the proper height.

Abstract: An agricultural implement having a frame with a pair of wheel assemblies capable of being rotated on the frame by a pair of hydraulic rams to raise and lower the frame relative to the ground. A direction control valve is connected to one end of the ram cylinders and the other ends of the ram cylinders are connected to the direction control valve through a rotary flow divider. A spring-seated check valve is connected across each of the metering gear sets of the rotary flow divider to permit flow to be diverted from a fully extended ram to one that is not yet fully extended.

Abstract: A cotton harvester (10) is provided with several independently hydraulically adjustable header units (16) that are movable in unison or completely independently responsive to ground plane elevation. A rotary flow divider (30) is positioned between a manual control valve (32) and the header units to control synchronous movement of the units. A plurality of one way check valves (44 and 104) are positioned between the manual control valve and the rotary flow divider (30) and the header units respectively for prioritizing fluid flow from the manual control valve to the adjustable header units.

Abstract: A cotton harvester is provided with a hydraulic system incorporating a multiple segment rotary flow divider interposed between a source of fluid pressure and a plurality of header unit lift cylinders. A variable orifice valve assembly is arranged parallel to the header unit lift cylinders and is responsive to undulations in the ground plane for raising and lowering individual header units.

Abstract: A cotton harvester (10) is provided with several independently hydraulically adjustable heater units (16) that are movable in unison or completely independently depending on ground plane elevation. A rotary flow divider (30) is positioned in the supply conduit (42) to the header units (16) to control synchronous movement of the units.

Abstract: An unloading valve spool with a tapered nose section is urged across a pair of unloading ports at a controlled rate eliminating violent upstream pressure generation. The unloading valve is subjected to equal system fluid pressure on each side of it as the spool is provided with a through passage that is dead headed on the back side of the unloading spool. A return spring urges the unloading spool to a normally closed position. An unloading piston prevents the unloading spool from closing too rapidly preventing the generation of a significant upstream pressure spike.

Abstract: A fluid operated motor amplifies input force and communicates a greater amount of output force to a reaction device. Input effort is directly proportional to the amplified output effort. A power piston residing in a cylinder bore has an input rod, having a spool valve and a reaction piston, laterally movable through a bore in the power piston. Fluid flow is metered to a working chamber by the spool valve in response to the position of the input rod. An output rod moves with the power piston to deliver an amplified force to a linkage.

Abstract: A variable speed feed roll drive mechanism as provided for a forage harvester, the mechanism including a reversible hydrostatic transmission having its input shaft coupled with the chopper input shaft, the output of the transmission being coupled with the feed rolls. The hydrostatic transmission, having an infinitely variable range of output speeds provides the capability to infinitely vary the length of cut of crops passing through the chopper.