초록 ▼

An interior trim component 1 for a motor vehicle comprises a base 2 of a fibrous base material of approximately 80% wood fibers and approximately 20% synthetic resin fibers, which is compressed and consolidated by the action of pressure and heat into the desired shape. Padding and/or a fabric insert

An interior trim component 1 for a motor vehicle comprises a base 2 of a fibrous base material of approximately 80% wood fibers and approximately 20% synthetic resin fibers, which is compressed and consolidated by the action of pressure and heat into the desired shape. Padding and/or a fabric insert 5 may be placed over selected areas of the surface of the base 2 and a sheet 7 of plastic material is bonded over the whole of the visible side of the base 2, the parts of the plastic sheet 7 overlying the insert 5 having a continuous impressed separation so that they may be removed. The fibrous base material which is in the form of fibrous fleece mats of approximately 20 to 30 mm thickness is consolidatd in a hot-pressing shaping tool at 4000 N/M2 and approximately 200°C. to a final thickness approximately one tenth the initial thickness, but is consolidated to a lesser extend in selected surface areas 4 to produce a greater final thickness between one fifth and two fifths the initial thickness, so as to provide a cushioning effect.

대표청구항 ▼

An apparatus for producing an interior trim component for a motor vehicle, said component comprising a compressed fiber base and a plastic sheet adhered to at least selected areas of a surface thereof, wherein selected portions of said base are less compressed and thicker than remaining portions of

An apparatus for producing an interior trim component for a motor vehicle, said component comprising a compressed fiber base and a plastic sheet adhered to at least selected areas of a surface thereof, wherein selected portions of said base are less compressed and thicker than remaining portions of said base, said apparatus comprising a loading station followed by an alignment station followed by a shaping station followed by a sealing station, said shaping station comprising a male mold member and an opposed female mold member, said mold members being moveable relative one another into a closed position defining a gap between them of uneven thickness, whereby in said closed position said mold members are adapted to subject selected areas of a fibrous mat of substantially uniform thickness to different degrees of compression than remaining areas of said mat, and wherein said loading station comprises a first loading frame, a second loading frame and a support surface adapted to support a stack of fibrous mats, each of said loading frames comprising means for releasably gripping a fibrous mat to transport same and being vertically moveable independently of the other, said first loading frame being reciprocally moveably horizontally from a first position over said support surface to a second position over said alignment station, said second loading frame being reciprocally moveable horizontally from a first position over said alignment station to a second position over said shaping station.