Abstract: The present invention provides an inflatable restraint system that includes a housing having a base plate with a central aperture and a periphery. A folded inflatable restraint cushion is positioned in the housing, as is a gas generator that is operable to supply an inflation gas to the inflatable restraint cushion. The base plate includes a plurality of integral hooked tabs extending from the base plate and having edges formed by a plurality of cuts in the base plate positioned inwardly of the periphery.

Abstract: Steam turbine nozzle blades and buckets are profiled in accordance with Tables I and II or multiples of the X,Y and R coordinates of the charts. The profiles of the nozzle blades impose a parabolic flow distribution at the throat and the buckets accommodate the incoming flow. The nozzle blades and buckets are over-cambered at their roots and tips to constrict flow from the roots and tips into the mid-regions of the blades and buckets. Improved aerodynamic efficiencies are obtained by directing the flow away from the end walls of the blades and buckets toward the efficient mid-region of the blades and buckets whereby flow velocity and angle leaving the nozzle has a non-linear distribution and the bucket velocity leaving angles are similarly non-linear.