Abstract: A seat assembly comprises a seat base defining an opening, and a seat pad comprising a substrate and an exterior layer formed from a material having a thermal conductivity of less than 0.25 W·m?1·K?1, wherein the seat pad closes the opening of the seat base.

Abstract: A seat assembly comprises a seat back and a seat base. The seat back is pivotable on a pivot pin assembly with respect to the seat base between a full up position and a down position. A seat back bracket is connected to the seat back and a seat base bracket is connected to the seat base. The seat base bracket has a stop and the seat back bracket has a stop, and the stops engage one another to restrict rotation of the seat back bracket with respect to the seat base bracket at the full up position. In accordance with another aspect the seat back bracket and seat base bracket each have corresponding unitary projections which cooperate to define a bearing surface which directly receives the pivot pin end caps.

Abstract: A self-storing telescoping seat assembly is disclosed which comprises rows of seating movable between a retracted position where the rows of seating are generally stacked on top of one another, to an extended position and a handrail assembly affixed to a corresponding row of seating in a single assembled position with respect to that row. The handrail assembly stays in the single assembled position as the rows move between the extended position and the retracted position. The handrail assembly can have a top handrail and a lower handrail which cooperate to form an opening, and the opening is preferably adapted to receive the front face of a deck of a row of seating when the rows of seating are in the retracted position. A front face can be formed by the rows of seating in the retracted position, and the handrail assembly has a post which preferably extends in front of the front face when the rows of seating are in the retracted position.