Molding retainer

Claim 2

In an automobile body and bumper assembly wherein relative movement takes place between a body panel and bumper, each of which carries a portion of an aligned molding thereon, the improvement comprising; a resilient member for receiving the molding on the body panel in engagement therewith near the body molding end adjacent the aligned molding portion on the bumper, and means affixing said resilient member to the automobile body panel whereby movement of the bumper relative to the body is effective to cause the body molding to move away from the body by causing flexure of said member.

Claim 3

The structure of claim 1 wherein said resilient member comprises a relatively thin sheet of metallic material extending along the length of said panel molding between said molding and said body panel, and wherein one end of said sheet is attached to said molding near a free end of said molding and the opposite end of said sheet is affixed to said body panel at a point spaced from said free end of said molding.

Claim 4

The structure of claim 2 wherein said thin sheet of metallic material is curved outwardly from a point in the area of attachment to said molding to a point in the area of said means for affixing said resilient member to said body panel whereby said resilient member is pre-stressed to force said molding against said body panel with said molding attached to said resilient member and said resilient member affixed to said body panel.

Claim 5

The structure of claim 2 wherein said sheet of metallic material is formed of spring steel.

Claim 6

The structure of claim 2 which further comprises a thin sheet of non-metallic material located between said thin sheet of metallic material and said body panel.

Claim 7

The structure of claim 5 wherein said sheet on non-metallic material is attached to said sheet of metallic material, and comprises means for attaching said panel molding to said resilient member in the form of a pair of outwardly extending opposed flanges for engaging the molding near a free end of the molding.

Claim 8

The structure of claim 6 wherein said sheet of non-metallic material further comprises a pair of laterally extending lands, each land extending beyond the width of said metallic sheet and supporting the lateral edges of said molding whereby said resilient member is retained in alignment with said molding.

Claim 9

The structure of claim 7 wherein said non-metallic sheet comprises a body portion having substantially the same shape in plan form as said metallic sheet with said flanges and said bands extending beyond said non-metallic body portion.

Claim 10

The structure of claim 8 wherein said non-metallic sheet is a unitary structure formed of resilient plastic material.

Claim 11

A member for resiliently retaining an end portion of a molding onto a panel comprising a thin sheet of metallic material for extending along the length of said panel molding between the molding and the body panel, means disposed at one end of said sheet for attachment of said sheet to the molding near a free end of said molding, a slot formed about a portion near the periphery of said sheet to form a resilient tongue having a free end near the opposite end of said sheet from said means for attachment to said molding, said tongue having a portion thereof formed to extend outwardly of the panel from a point in the area of attachment to said molding, to a point adjacent the free end of the tongue, and means for attaching said tongue to said panel near the free end of said tongue whereby said resilient member is pre-stressed to force said molding against said panel with said molding attached to said resilient member and said tongue affixed to said panel.

Claim 12

A member for resiliently retaining an end portion of a molding onto a panel comprising a thin sheet of metallic material for extending along the length of said panel molding between the molding and the body panel, means disposed at one end of said sheet for attachment of said sheet to the molding near a free end of said molding, a slot formed about a portion near the periphery of said sheet to form a resilient tongue having a free end near the opposite end of said sheet from said means for attachment to said molding, said tongue having a portion thereof formed to extend outwardly of the panel from a point in the area of attachment to said molding, to a point adjacent the free end of the tongue, and means for attaching said tongue to said panel near the free end of said tongue whereby said resilient member is pre-stressed to force said molding against said panel with said molding attached to said resilient member and said tongue affixed to said panel.

Claim 13

The device of claim 10 wherein said sheet of metallic material is formed of spring steel.