Abstract: A self-propelled swather has a frame mounted on ground wheels with a header in front which discharges between the wheels. A swath conveyor belt is located underneath the frame and arranged to convey the cut crop across the frame to a first discharge side of the frame. A mounting assembly including a beam across the belt and a lift arm mounts the swath conveyor for movement between a raised storage position in which the belt is horizontal underneath the frame and a lowered operating position in which the belt is inclined forwardly and downwardly while at the same time causing the beam to twist to cause the inlet end of the belt to move forwardly further than the discharge end to a forwardly inclined position between the front wheels.

Abstract: A crop harvesting header with a cutter bar and a draper assembly has a draper canvas with a plurality of transverse slats with a resilient strip across a front edge of the outer surface in front of the front end of the slats to cooperate with a rearwardly projecting element of the cutter bar extending over the upper run of the draper canvas to engage the upper surface of said strip to form a seal to inhibit entry between the cutter bar and the draper canvas of materials carried by the cut crop. There is also provided a bead on the canvas on the surface opposite the strip within the width of the strip. The arrangement can be symmetrical with a strip at each of the front and rear edges spanned by the slats extending between them, with beads on each edge opposite the front and rear strips respectively.

Abstract: A wear shield is attached to a cutter bar and is formed from a molded wear body having a front mounting portion bolted onto the guards of the cutter bar by the guard mounting bolts with recesses for the guard fingers and a front edge of an upper planar mounting surface clamped onto the guard bar. A rear covering portion is cantilevered rearwardly from the front mounting portion underlying a bottom plate of the cutter bar for engaging the ground so as to underlie and protect the bottom plate. Resilience in the wear shield forces the rear part against the bottom plate of the cutter bar to avoid the necessity for a rear fastener. A series of the wear shields is arranged side by side across the cutter bar with two side edges each for locating adjacent a side edge of a next adjacent wear shield.

Abstract: A crop harvesting header with a cutter bar and a draper assembly has a draper canvas with a plurality of transverse slats with a resilient strip across a front edge of the outer surface in front of the front end of the slats to cooperate with a rearwardly projecting element of the cutter bar extending over the upper run of the draper canvas to engage the upper surface of said strip to form a seal to inhibit entry between the cutter bar and the draper canvas of materials carried by the cut crop. There is also provided a bead on the canvas on the surface opposite the strip within the width of the strip. The arrangement can be symmetrical with a strip at each of the front and rear edges spanned by the slats extending between them, with beads on each edge opposite the front and rear strips respectively.