Abstract: A cantilevered beam-blade windshield-wiper assembly includes a longitudinally extending backbone having first and second ends. A wiper element is mounted to and extends a substantial portion of the longitudinal extent of the backbone and is adapted for wiping engagement with a windshield. A wiper arm is connected to the first end of the backbone such that the backbone is supported in cantilevered fashion by the wiper arm at the first end and the second end is disposed distal the wiper arm. The wiper arm is adapted to be reciprocally driven with respect to the windshield, apply a biasing downward pressure to the backbone in the direction of the windshield, and move the backbone reciprocally across the windshield.

Abstract: A cantilevered beam-blade windshield-wiper assembly includes a longitudinally extending backbone having first and second ends. A wiper element is mounted to and extends a substantial portion of the longitudinal extent of the backbone and is adapted for wiping engagement with a windshield. A wiper arm is connected to the first end of the backbone such that the backbone is supported in cantilevered fashion by the wiper arm at the first end and the second end is disposed distal the wiper arm. The wiper arm is adapted to be reciprocally driven with respect to the windshield, apply a biasing downward pressure to the backbone in the direction of the windshield, and move the backbone reciprocally across the windshield.

Abstract: An apparatus for use in forming an air bag assembly 20 including a receptacle 28, an air bag 26, a continuous frame 62, and fastening elements 150. The receptacle 28 has walls 36, 38, 40, 42 and 44 defining an internal cavity 46 in which the air bag 26 is disposed in a folded form and a front opening 48 through which the air bag 26 is deployed. At least some of the walls of the receptacle 28 have a series of holes 142 adjacent the front opening 48. The air bag 26 has a mouth which forms a gas inlet opening and the continuous frame 62 is incorporated into the air bag mouth and secures the air bag 26 to the receptacle 28. The continuous frame 62 is disposed inside the front opening 48 within the internal cavity 46 and includes a series of holes 140 positioned to align with the series of holes 142 in the walls of the receptacle.

Abstract: An air bag module construction, and several new and useful components are provided for forming an air bag module. One of the new components comprises a receptacle with a specially designed reaction device which (i) is adapted physically to separate the receptacle into distinct compartments for an inflator and an air bag, and (ii) reinforces an open end of the receptacle in the areas most prone to deformation during deployment of the air bag. Another new and useful component comprises a prepackaged air bag unit which is loaded into and fastened to the receptacle as a prepackaged unit. The prepackaged air bag unit maintains the air bag in a predetermined folded configuration (i) before the air bag is coupled to the receptacle, (ii) while the air bag is being coupled to the receptacle, (iii) while the remainder of the module is being assembled, and (iv) after the module is installed in a vehicle.