Abstract: A sole structure for an article of footwear defines a footbed and includes a bladder extending from a first end in a forefoot region of the sole structure to a second end in a heel region of the sole structure and a chassis including a lower chassis having a first outsole segment attached to the bladder in the forefoot region and a lower cushioning element attached to the bladder in the heel region.

Abstract: A sole structure for an article of footwear defines a footbed and includes a chassis having a lower cushioning element including an upper side and a bottom side disposed on an opposite side from the upper side, the lower cushioning element including one or more apertures extending from the upper side to the bottom side. A bladder is disposed adjacent to the upper side of the lower cushioning element and an outsole is disposed adjacent to the bottom side of the lower cushioning element and includes one or more protrusions each extending through a respective one of the one or more apertures and engaging the bladder.

Abstract: A sole structure for an article of footwear, the sole structure defining a footbed and a ground-engaging surface and including a chassis extending from an anterior end of the sole structure to a posterior end of the sole structure, and a bladder supported within the chassis and extending from a first end in a forefoot region of the sole structure to a second end exposed at the posterior end of the sole structure, the bladder including a first curved portion in the forefoot region and a substantially flat portion at the posterior end of the sole structure.

Abstract: Rigid cover panels of the cover for grain storage tubes on combines, harvesting machine, are preferably fabricated of double-wall plastic to limit weight of the cover while providing desired strength and rigidity. The rigid cover panels can be pivoted about top edges of an underlying grain tank whereby the cover panels function as a height extension of the underlying tank, thus to increase the grain-carrying capacity of the tank. Flexible transition panels are preferably mounted to the rigid cover panels to bridge spaces between edge regions of the rigid cover panels when the rigid cover panels are raised to their upright, tank-extending orientations. A preferably single underlying actuator in the tank, in combination with mechanical linkages, can simultaneously raise all the rigid cover panels, all the flexible transition panels, and the discharge end of a clean grain elevator which discharges grain into the tank.

Abstract: Novel covers for grain storage tanks on harvesting machines such as combines. Rigid cover panels of the cover are preferably fabricated of double-wall plastic to limit weight of the cover while providing desired strength and rigidity. The rigid cover panels can be pivoted about top edges of an underlying grain tank whereby the cover panels function as a height extension of the underlying tank, thus to increase the grain-carrying capacity of the tank. Flexible transition panels are preferably mounted to the rigid cover panels to bridge spaces between edge regions of the rigid cover panels when the rigid cover panels are raised to their upright, tank-extending orientations. A preferably single underlying actuator in the tank, in combination with mechanical linkages, can simultaneously raise all the rigid cover panels, all the flexible transition panels, and the discharge end of a clean grain elevator which discharges grain into the tank.