Johnson Controls Technology Company

Silvio Aebischer

Neil J Bush

Thomas J Dellinger

Eric Burmeister

Danny E Campbell

Theodore W Ringold

A vehicle seat assembly having a suspension panel for the seat pad that is formed of resin impregnated compressed fibrous bat. The suspension panel is formed with corrugations and other contours to enable the suspension panel to flex in a predetermined manner to provide suspension to a seat pad. The suspension panel, when used in the seat back can also form the rear trim panel of the seat back thus reducing the number of components in the seat back as the suspension panel serves multiple functions. The fibrous panel can be reclaimed after the useful life of the seat and manufactured into a new panel thereby reducing the quantity of seat components that are scrapped after use. In addition, recycled fibers can be used originally thereby increasing the amount of recycled content in the seat assembly.

Vehicle seat assembly with thermoformed fibrous suspension panel

A vehicle seat assembly in which the seat bottom and seat back are each constructed with a two piece frame. The two pieces of the frame attach to another and trap the trim cover and a suspension panel therebetween to support the suspension panel and trim cover on the frame with a resilient pad therebetween. The two parts of the seat bottom frame and the two parts of the seat back frame have interlocking features to fasten the parts to another without separate fasteners. The seat bottom frame parts and the seat back frame parts are also held together by a pivot pin at the rear of the seat bottom and the lower end of the seat back. The same pivot pin is used to attach the seat back and seat bottom to another. The resulting seat structure is relatively simple to dismantle. By removing the pivot pin the seat assembly will essentially 'fall apart' for dismantling for reusing, reclaiming or recycling the seat components.

Growing community of inventors

Grand Rapids, MI, United States of America

Silvio Aebischer