Abstract:
A retainer assembly for connecting a headliner panel to a support structure. A retainer clip is configured to connect the support structure to the headliner panel. A slot is defined in the support structure and configured to receive s stem portion of the retainer clip. The slot and the stem portion cooperate to define a float length and a float width, which define a range of motion over which the headliner panel is longitudinally and transversely moveable with respect to the support structure.
Abstract:
A roof structure for a vehicle can include a tailor-welded-blank, inner roof frame. The inner roof frame can include, at least in part, an elongated, transversely extending, intermediate roof rail having a first material thickness, and a plurality of reinforced roof rails. Each of the reinforced roof rails can extend away from the intermediate roof rail in a common direction toward a remote end of the inner roof frame. Each of the reinforced roof rails can have a different material thickness than the first material thickness of the intermediate roof rail.
Abstract:
A panel assembly for a vehicle door has trim panel coupled to the door and having at least a portion thereof that is spaced from the door's outboard frame. The trim panel has first and second impact areas. A plurality of energy absorbing structures is arranged in an array between the trim panel and the door frame. Each energy absorbing structure has a base end, an outboard end, and at least one sidewall. The base end is adjacent to the trim panel. The outboard end engages the vehicle door. The sidewall may include either or both of a reinforcement structure and a weakening structure that are sized and configured so that the energy absorbing structure has a predetermined range of energy absorption against the occupant during a side-impact collision. Energy absorbing structures having different energy absorption characteristics are located adjacent to the first and second impact areas.
Abstract:
An inflatable passenger protection system for a vehicle having a structural front pillar frame member to be covered by a separate interior trim component, and a side curtain airbag to be positioned in a stowed condition between the front pillar frame member and the interior trim component, the interior trim component having at least a portion movable between a covered position enclosing the side curtain airbag in the stowed condition and an opened position in response to inflation of the side curtain airbag to the deployed condition, includes an extruded support bracket extending between the front pillar frame member and the interior trim component. The bracket has a primary attachment point and a secondary attachment point for supporting the interior trim component.
Abstract:
A method for testing road load durability of a truck rear bed includes calculating road pseudo fatigue damage on the rear bed based on road load data indicative of loads imparted on the rear bed while the truck is traveling on a proving road, determining a cyclic input applied to a rear bed assembly mounted on a bench test stand with the rear bed assembly being separated from at least a cab of the truck so that bench test pseudo fatigue damage on the rear bed that is substantially equivalent to the road pseudo fatigue damage is achieved by the cyclic input, and performing a durability bench test of the rear bed by applying the cyclic input to the rear bed assembly mounted on the bench test stand with the rear bed assembly being separated from at least the cab.
Abstract:
Disclosed herein are instruction systems for a vehicle. One system comprises a condition sensor configured to detect and generate an output indicative of at least one vehicle condition, a user interface device and a position sensing system configured to detect and generate an output indicative of a user's position relative to a vehicle component. Each instruction is associated with a state of the at least one vehicle condition and the user's position relative to the vehicle component. A controller is programmed and configured to select one of the plurality of instructions based upon the vehicle condition as indicated by the condition sensor output and the user's position as indicated by the position sensing system. The instructions are provided to the user through the user interface device. Methods for using the system are also disclosed.
Abstract:
A vehicle information communication method is provided in which at least one of host vehicle probe data and surrounding vehicle probe data is collected in a host vehicle. After collection, the data is transmitted to a carrier vehicle. The carrier vehicle then disassociates identifying information from the data before sending the data to an external communication device.
Abstract:
A vehicle body structure includes an interior cargo area having an interior wall, a track and a cargo accessory. The track is fixedly attached to the interior wall. The track also includes a pair of parallel spaced apart wall portions defining a track slot therebetween. The cargo accessory includes a cargo supporting portion and an attachment portion connected to one another in a non-threaded manner. The cargo supporting portion is operable to attach the attachment portion to the spaced apart wall portions of the track retaining the cargo accessory in position in a tool-less manner.
Abstract:
An exemplary embodiment of a selectively detachable tailgate cable assembly comprises a tailgate cable having first and second ends and a wiring harness having first and second ends. One of the first and second ends of the tailgate cable is connected to a portion of a vehicle and the other of the first and second ends of the tailgate cable is connected to a portion of a tailgate. At least one of the first and second ends of the tailgate cable may be selectively detached from either the vehicle or the tailgate. One of the first and second ends of the wiring harness is operatively connected to a power source and the other of the first and second ends of the wiring harness is connected to an electrical connection positioned on a portion of the tailgate. At least one of the first and second ends of the wiring harness may be selectively detached from either the vehicle or the tailgate.
Abstract:
A dampening mechanism is described having a pressure tube defining a working chamber between a rod guide proximate a first end and an end cap proximate a second end. A piston is disposed within the pressure tube and divides the working chamber into an upper working chamber and a lower working chamber. A piston rod is secured to the piston. A reservoir tube surrounds the pressure tube defining a reservoir chamber between the reservoir tube and the pressure tube. At least one passage is disposed through the pressure tube between the reservoir chamber and the working chamber and a bypass valve is disposed between the piston and the at least one passage.