Automobile door handle
The present invention relates to an automobile door handle ( 10 ), comprising: an interior fitting ( 2 ), said interior fitting ( 2 ) comprising at least one metal or metallized element; an intermediate means ( 11 ) connecting said interior fitting ( 2 ) to a reference potential; an attachment means ( 13, 14 ) for retaining said interior fitting ( 2 ) on said door handle ( 10 ); said door handle ( 10 ) being characterized in that said intermediate means ( 11 ) and said attachment means ( 13, 14 ) are arranged such that the attachment of said interior fitting ( 2 ) by means of said attachment means ( 13, 14 ) involves connecting said interior fitting ( 2 ) to said reference potential.
1. An automobile door handle configured to be pulled for opening an automobile door, the handle comprising:
an internal structure attached to the automobile door;
an external cover fitting onto the internal structure, the external cover forming a first surface of the handle, covering the internal structure in a region where the handle is gripped when opening the automobile door;
a finishing piece that forms a second surface of the handle, covering the internal structure in the region where the handle is gripped when opening the automobile door, said finishing piece comprising at least one metal or metalized element;
an electrical conductor configured to provide an electric reference potential of the automobile to said finishing piece,
wherein the finishing piece comprises mechanical clips that engage with the internal structure to fixate the finishing piece to the internal structure;
wherein at least one of the mechanical clips protrude through an opening in the external cover to engage with the internal structure; and
wherein clipping of the finishing piece to the internal structure establishes electrical contact between the finishing piece and the electrical conductor.
2. The automobile door handle as claimed in claim 1 , wherein said electrical conductor is formed by a conductive polymer.
3. The automobile door handle as claimed in claim 2 , wherein said conductive polymer forms a sealing means for said door handle.
4. The automobile door handle as claimed in claim 1 , wherein said electrical conductor is formed by a metal or metalized lug.
5. The automobile door handle as claimed in claim 1 , wherein said finishing piece has a metal or metalized tab providing the connection for said finishing piece with said electrical conductor when fixing said finishing piece.
6. The automobile door handle as claimed in claim 1 , wherein said finishing piece has a metal or metalized tab cooperating with a spring, said spring providing the connection for said finishing piece with said electrical conductor when fixing said finishing piece.
7. The automobile door handle as claimed in claim 1 , wherein said electrical conductor is formed by a metal or metalized shell and a spring.
8. The automobile door handle as claimed in claim 7 , wherein said spring provides the contact between said finishing piece and said metal or metalized shell, during said fixing of said finishing piece.
9. The automobile door handle as claimed in claim 1 , further comprising a proximity sensor.
10. The automobile door handle as claimed in claim 9 , wherein said proximity sensor is a capacitive sensor.
11. The automobile door handle as claimed in claim 2 , wherein the electrical conductor comprises a gland.
12. The automobile door handle as claimed in claim 4 , wherein said finishing piece has a metal or metalized tab providing the connection for said finishing piece with said electrical conductor when fixing said finishing piece.