IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0909796
(2004-07-30)
|
발명자
/ 주소 |
|
출원인 / 주소 |
|
인용정보 |
피인용 횟수 :
4 인용 특허 :
6 |
초록
▼
A vehicle door wedge assembly includes a chassis and a slide moveable within the chassis. A non-metallic, elastomeric biasing element is provided to urge the slide toward one end of the chassis. The vehicle door wedge assembly with the chassis defines a slide path for the slide to move along, and th
A vehicle door wedge assembly includes a chassis and a slide moveable within the chassis. A non-metallic, elastomeric biasing element is provided to urge the slide toward one end of the chassis. The vehicle door wedge assembly with the chassis defines a slide path for the slide to move along, and the non-metallic, elastomeric biasing element is disposed between the chassis and the slide for urging the slide toward one end of the path.
대표청구항
▼
What is claimed is: 1. An automobile door wedge assembly comprising: a chassis defining a slide path; a slide movable along said slide path; and an elastomeric, non-metallic biasing element disposed between said chassis and said slide for urging said slide toward one end of said path, said biasing
What is claimed is: 1. An automobile door wedge assembly comprising: a chassis defining a slide path; a slide movable along said slide path; and an elastomeric, non-metallic biasing element disposed between said chassis and said slide for urging said slide toward one end of said path, said biasing element being an overmolding on at least a portion of said slide. 2. An automobile door wedge assembly comprising: a chassis defining a slide path; a slide movable along said slide path; and an elastomeric, non-metallic biasing element disposed between said chassis and said slide for urging said slide toward one end of said path, said biasing element being chemically bonded to at least one of said chassis and said slide, and said biasing element being a cored out structure having openings therethrough. 3. An automobile door wedge assembly comprising: a chassis defining a slide path; a slide movable along said slide path; and an elastomeric, non-metallic biasing element disposed between said chassis and said slide for urging said slide toward one end of said path, said biasing element having a mechanical connection to said slide. 4. The door wedge assembly of claim 3, said biasing element configured in a lattice structure. 5. The door wedge assembly of claim 3, said mechanical connection including a dovetail projection on one end of said biasing element. 6. An automobile door wedge assembly comprising: a chassis defining a slide path; a slide movable along said slide path, and an elastomeric, non-metallic biasing element disposed between said chassis and said slide for urging said slide toward one end of said path, said biasing element having a projection at one end thereof and said chassis having an aperture for receiving said projection. 7. The door wedge assembly of claim 6, said biasing element having at least two said projections and said chassis having one said aperture for each said projection. 8. The door wedge assembly of claim 6, said projection having an enlarged end. 9. An automobile door wedge assembly comprising: a chassis defining a slide path; a slide movable along said slide path, and an elastomeric, non-metallic biasing element disposed between said chassis and said slide for urging said slide toward one end of said path, said chassis defining first and second channels on opposite sides of said path and said slide having first and second flanges slidably received in said channels, and said biasing element being a cored out structure having openings therethrough. 10. A biasing element for a vehicle door wedge assembly having a chassis and a slide movable within said chassis, said biasing element comprising: an elastomeric, nonmetallic body anchored between said chassis and said slide, said biasing element provided as an overmolding for at least a part of said slide. 11. The biasing element of claim 10, said elastomeric body having a lattice-like structure. 12. A biasing element for a vehicle door wedge assembly having a chassis and a slide movable within said chassis, said biasing element comprising: an elastomeric, nonmetallic body anchored between said chassis and said slide, said biasing element having a projection at one end thereof for mechanical attachment to the chassis. 13. A biasing element for a vehicle door wedge assembly having a chassis and a slide movable within said chassis, said biasing element comprising: an elastomeric, nonmetallic body anchored between said chassis and said slide, said biasing element having a projection at one end thereof for mechanical attachment to the slide. 14. A vehicle door wedge assembly comprising: a chassis defining a slide path, said chassis defining first and second channels on opposite sides of said path, a slide movable along said slide path, said slide having first and second flanges slidably received in said channels of said chassis; an elastomeric, nonmetallic biasing element between the chassis and the slide, the biasing element, being operatively connected to said chassis and said slide, and said biasing element being a cored out structure with openings therethrough. 15. The door wedge assembly of claim 14, the biasing element configured in a lattice-like structure.
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