Abstract:
A fastener is provided using an H-rib head which slides into place in a channel molded on a detachable door mounted on a vehicular instrument panel covering an inflatable airbag. The H-rib fastener has a mounting shank extending downward therefrom which is adapted to fit in a hole in a mounting substrate on the instrument panel. A resilient clip is mounted on the mounting shank of the H-rib for insertion into one of the holes in the mounting substrate for locking the fastener in place in the mounting substrate. Upon deployment of the airbag, the door is pushed out of the dashboard surface with the H-shaped connector detaching from the channel in the door. Accordingly, only a low lying channel remains on the backside of the door, thereby minimizing the potential of a snagged airbag. The fastener can also be released simply by pressing the clip fastener together to release the H-rib fastener from the instrument panel to gain access to the airbag assembly in order to service the airbag assembly if desired.
Abstract:
According to the invention, a vehicle has an air bag module mounted beneath an opening in a vehicle panel. The module includes an inflatable air bag for deployment through the opening. A cover door closes the opening and is hingedly connected to the vehicle panel for movement away from the opening. An air bag deflection shield is underlying and separate from the cover door and overlying the air bag and module. The deflection shield has a forward edge hingedly connected to the module to enable the inflating air bag to pivot the deflection shield away from the module so that the deflection shield engages and moves the cover door away from the opening. A flexible strap limits the pivotal movement of the deflection shield to a predetermined position such that upon air bag deployment, the deflection shield directs the inflating air bag rearwardly and downwardly towards a vehicle occupant and shields the cover door from contact by the inflating air bag.
Abstract:
A cover normally concealing a safety air bag is adapted to rupture to form an opening for air bag deployment into the passenger compartment of a motor vehicle. The cover is formed of plastic material that tends to become embrittled and fragment when torn or pierced below a certain ambient temperature. A heater is provided behind the cover that is adapted to heat the rupture area in the event of air bag deployment. A heater control operates the heater to maintain this critical area above the fragmentation temperature when the vehicle is being operated at low ambient temperatures that would cause plastic embrittlement.
Abstract:
A vehicle air bag installation includes an inflatable air bag mounted in an instrument panel recess for deployment through a rectangular opening. A rectangular cover door engages a recessed abutment around the opening when closed. The abutment includes two apertures which mount rubber fasteners adjacent its rear corners. The fasteners comprise enlarged heads at one end, an intermediate shaft, a shaft enlargement spaced from the head and a mounting shank at the other end received in the abutment apertures. Bifurcated engagement flanges on the door releasably engage the fastener shafts between the heads and the enlargements to mount the door rear edge in the panel opening. Interengageable surfaces on the door and panel have an interference fit to retain the door front edge mounted to the panel. Each fastener has a conical mounting shank having a nipple extending from its end. The nipple extends through and beyond the apertures to enable it to be grasped to deform and pull the shanks through the apertures to secure the fasteners against removal. Air bag inflation applies an upward force to the door which initially disengages the interengageable surfaces which frees the front door edge. This causes the door and the engagement flanges to move upward and forward to stretch and bend the fasteners until the flanges disengage the fastener heads, thus freeing the door rear edge, enabling the entire door to move out of the path of the deploying air bag.
Abstract:
A curtain airbag assembly is provided which includes a curtain airbag module in which a curtain airbag cushion is fixedly folded and a twist prevention tether disposed parallel to the curtain airbag module in a longitudinal direction of the curtain airbag module. Fixing holes may be formed in front and rear ends of the curtain airbag cushion, and the twist prevention tether may be fixedly fitted into the fixing holes. The twist prevention tether is configured to be twisted when a twist occurs in the curtain airbag module to thereby to provide tension in a direction opposite to a twist direction to counteract and prevent the twist.
Abstract:
A pedestrian protection airbag apparatus includes an exterior front side airbag, and an exterior rear side airbag. The exterior front side airbag is disposed in a front portion of a side sill of a vehicle, and configured to, upon being supplied with gas, be expanded and deployed along a side surface of the vehicle. The exterior rear side airbag is disposed in a rear portion of the side sill of the vehicle, and configured to, upon being supplied with gas, be expanded and deployed along the side surface of the vehicle. An upper end portion of the exterior front side airbag is disposed lower than an upper end portion of the exterior rear side airbag.
Abstract:
An automobile interior trim includes an interior trim body including a designed surface and a back surface thereof and attached to a vehicle body panel, a strap attached to the back surface of the interior trim body, a metal clip attached to the distal end of the strap, and a rib in a form of standing up from the back surface of the interior trim body. A part included in the metal clip and positioned on the distal end side of the metal clip is formed as pinching portions capable of being opened and closed. The rib functions so as to temporarily hold the metal clip by being pinched by the pinching portions of the metal clip.
Abstract:
A vehicle airbag apparatus includes an airbag, a front lid, and a tether. The airbag is configured to be disposed on a back side of an instrument panel, and configured to be expanded and developed between the instrument panel and a windshield glass so as to be disposed on a front side in a vehicle and in front of a vehicle occupant. The front lid is configured to be disposed on the instrument panel, and configured to be ruptured and opened by the expanded and developed airbag so as to stand on the front side in the vehicle and at a front end of the airbag. The tether is disposed on an outer part of the airbag and couples the front lid and the airbag, and configured to be elongated in a front-rear direction of the vehicle in a state where the airbag is expanded and developed.
Abstract:
A vehicle occupant restraint system includes an airbag cushion. A reaction surface is configured to move between a retracted position and a deployed position upon deployment of the airbag cushion, such that the reaction surfaces will direct the airbag cushion toward an occupant area upon deployment of the airbag cushion. Multiple embodiments of reaction surfaces are disclosed, including deployable instrument panel sections, flexible straps, and hoods.
Abstract:
A sealed modular trim supplemental side air bag inflatable curtain (SABIC) module assembly includes a SABIC and a vehicle trim assembly encapsulating the SABIC. The SABIC is sealed within the vehicle trim assembly and provided as a complete compact module configured for subsequent attachment to a vehicle roll bar.