Abstract: A control system for a construction vehicle, such as a motor grader, is provided. The control system includes a plurality of joysticks supported by an operator seat assembly of the motor grader.

Abstract: A control system for a construction vehicle, such as a motor grader, is provided. The control system includes a plurality of joysticks supported by an operator seat assembly of the motor grader.

Abstract: A fuel cell assembly includes a manifold having a plurality of fuel cell connecting zones. At least some of the zones have differing characteristics such as area and arrangement of electrical connections and inlet and outlet ports corresponding to differing electrical power capacities. The assembly also includes one or more fuel cell stacks. At least some of the stacks have differing electrical power capacities, differing characteristics corresponding to the differing characteristics of the manifold zone, and corresponding differing arrangements of electrical connections and inlet and outlet ports. These differing characteristics are designed so that a fuel cell stack of a particular capacity can be connected only to a manifold zone corresponding to such capacity.

Abstract: A fuel cell assembly includes a manifold having a plurality of fuel cell connecting zones. At least some of the zones have differing characteristics such as area and arrangement of electrical connections and inlet and outlet ports corresponding to differing electrical power capacities. The assembly also includes one or more fuel cell stacks. At least some of the stacks have differing electrical power capacities, differing characteristics corresponding to the differing characteristics of the manifold zone, and corresponding differing arrangements of electrical connections and inlet and outlet ports. These differing characteristics are designed so that a fuel cell stack of a particular capacity can be connected only to a manifold zone corresponding to such capacity. A block-off plate is provided for coupling to a manifold zone where it is desired not to place a fuel cell stack.

Abstract: 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.