Energy absorbing structure
A lower instrument panel assembly for an automotive vehicle includes a compartment surround mounted within a vehicle instrument panel, a compartment mounted within the compartment surround, and an energy absorbing structure mounted between the compartment surround and a member reaction surface within the vehicle, the energy absorbing structure being aligned between the member reaction surface and the compartment surround of the lower instrument panel assembly from within the vehicle.
1 . A lower instrument panel assembly for an automotive vehicle comprising:
a compartment cover mounted within a vehicle instrument panel;
a compartment mounted within the compartment surround; and
an energy absorbing structure mounted between the compartment surround and a member reaction surface within the vehicle, the energy absorbing structure being aligned between the member reaction surface and the compartment surround.
2 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is a single piece component that spans the entire width of the compartment cover.
3 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is a multiple piece component that spans substantially the entire width of the compartment cover.
4 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is generally hollow and includes a plurality of structural ribs spaced therein.
5 . The lower instrument panel assembly of claim 4 wherein the structural ribs within the energy absorbing structure are oriented along the line of loading between the compartment surround and the member reaction surface.
6 . The lower instrument panel assembly of claim 5 wherein distal ends of the structural ribs within the energy absorbing structure are contoured to match the shape of the member reaction surface.
7 . The lower instrument panel assembly of claim 6 wherein the distal ends of the structural ribs within the energy absorbing structure are positioned at a distance from the member reaction surface such that a gap is defined therebetween.
8 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure includes a top surface that is contoured to match the shape of the member reaction surface.
9 . The lower instrument panel assembly of claim 8 wherein the top surface of the energy absorbing structure is positioned at a distance from the member reaction surface such that a gap is defined therebetween.
10 . The lower instrument panel assembly of claim 8 wherein the energy absorbing structure is generally solid.
11 . The lower instrument panel assembly of claim 10 wherein the energy absorbing structure is made from a foam material.
12 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is attached to the compartment surround.
13 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is integrally formed with the compartment surround.
14 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is attached to a substrate layer of the instrument panel.
15 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is integrally formed with a substrate layer of the instrument panel.
16 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is attached to the member reaction surface of the instrument panel.
17 . The lower instrument panel assembly of claim 1 wherein the energy absorbing structure is made from a plastic material.
18 . A lower instrument panel assembly for an automotive vehicle comprising:
a compartment surround mounted within a vehicle instrument panel;
a compartment mounted within the compartment surround; and a generally hollow energy absorbing structure mounted between the compartment surround and a member reaction surface within the vehicle;
the energy absorbing structure being aligned between the member reaction surface and the compartment surround within the vehicle and spanning the entire width of the compartment cover;
the energy absorbing structure having a plurality of structural ribs spaced evenly therein and oriented along the line of loading between the compartment surround and the member reaction surface and having a top surface that is contoured to match the shape of the member reaction surface.
19 . The lower instrument panel assembly of claim 18 wherein the top surface of the energy absorbing structure is positioned at a distance from the member reaction surface such that a gap is defined therebetween.
20 . The lower instrument panel assembly of claim 18 wherein the energy absorbing structure is attached to the compartment surround.
21 . The lower instrument panel assembly of claim 18 wherein the energy absorbing structure is integrally formed with the compartment surround.
22 . The lower instrument panel assembly of claim 18 wherein the energy absorbing structure is attached to a substrate layer of the instrument panel.
23 . The lower instrument panel assembly of claim 18 wherein the energy absorbing structure is integrally formed with a substrate layer of the instrument panel.
24 . The lower instrument panel assembly of claim 18 wherein the energy absorbing structure is attached to the member reaction surface of the instrument panel.