Chrysler Corporation

Other

Daimlerchrysler Corporation

Chrysler Group LLC

James Chapp, Jr

Mustafa A Khalifa

Scott A Esposito

Hari K Kosaraju

Samuel Shamir

Eugene M Schoenherr

Richard Kleinhoffer

Curtis Scott Hargraves

Joseph Vitous

Michael H Tsai

Randy J Spitler

Jeffrey Michael McGarry

Henry J Kessler

Michael James Reeves

Andrew J Poulios

Bob George Mathew

Jeffrey Daniel Krzeszak

Shing Lo

A four-bar linkage hinge having a restraining catch arranged to prevent the hinge from opening and translating rearward when said hinge is subjected to an external force causing a transverse deflection of its linkage.

Four-bar linkage hinge for a motor vehicle hood

A method and apparatus for side impacting testing of motor vehicles at a sub-system level. By advancing a side impact barrier into the vehicle shell mounted on the fixture at a predetermined speed, full-scale crashworthiness for side impact collisions can be predicted, thereby significantly reducing development cost and time. The fixture includes a base for supporting the vehicle shell, a side portion for reinforcing a lateral side of the vehicle shell and protecting against deformation and a roll-over prevention structure. The fixture additionally includes a plurality of casters attached to the base.

Method and apparatus for side impact testing of motor vehicles at a sub-system level

A cross-car beam extends laterally between a pair of upwardly directed B-pillars on opposite sides of a vehicle passenger compartment and is structurally and functionally interconnected with each of the B-pillars. The cross-car beam provides the sole support for the rearward bottom portion of the front seat assemblies and preferably the hand brake, thus eliminating the need for stanchions supporting these assemblies. The cross-car beam is spaced above the floor of the passenger compartment and has a rearwardly and upwardly sloped portion of its lower surface, thus providing greatly enhanced foot space for rear seat passengers. In an alternate embodiment, the cross-car beam protrudes into at least a portion of each B-pillar assembly and can also be used to temporarily locate and support the body side aperture assembly prior to its being welded in its final location on the assembly line.

Vehicle dynamic side impact system

A vehicle structure is provided for absorbing energy caused by a front end collision. An energy dissipating bracket is mounted to the torque box and engages a wedge member which is attached to a front suspension cross member. Rearward movement of the front suspension cross member relative to the vehicle passenger compartment causes engagement of the wedge member with the energy dissipating bracket. The energy dissipating bracket absorbs the energy from the cross member and deflects the cross member downward underneath the passenger compartment.

Front suspension cross-member to torque box energy management and toe

An apparatus for offset impact testing of vehicle components at a sub-system level includes a mobile unit and a vehicle sub-system. In an exemplary application, the vehicle sub-system includes a toe-board and a torque box. A mounting flange is secured to the vehicle sub-system and provides for releasable attachment of the vehicle sub-system to the mobile unit. By advancing the mobile unit into a rigid barrier at a predetermined speed, full-scale toe-board intrusion and torque box crush can be accurately predicted at a significantly reduced cost and time.

Method and apparatus for offset impact testing of vehicle components at

A steering column guide assembly for a collapsible vehicle steering column includes an upper support bracket fixed relative to one portion of vehicle support structure and a lower support bracket secured to another portion of vehicle support structure. The steering column guide assembly also includes a structure for attaching the steering column to the lower support bracket and a structure for guiding the lower support bracket in a substantially horizontal manner relative to the upper support bracket during a collision type impact which causes the portions of the vehicle support structure to move relative to each other.

Steering column guide assembly

A steering column guide structure is provided for a collapsible vehicle steering column. The guide structure includes triangular guide members adjacent to and above the upper portion of the steering column which prevent upward movement of the upper portion of the steering column upon collapse thereof. A guide collar is provided around the lower portion of the steering column to axially guide the lower portion of the steering column upon collapse thereof.

Steering column guide structure

Growing community of inventors

West Bloomfield, MI, United States of America

James Chapp, Jr