Door block arrangement for energy absorbing vehicle door
An energy absorbing vehicle door having a door block strategically located within the door is disclosed. The door block has an upper portion and a lower portion. The upper portion is wider than the lower portion and is attached to the inner panel of the door. A door beam is provided between the inner panel of the door and the outer panel. A portion of the door beam is positioned between the inner panel and the lower portion of the door block. The door beam may be attached to the lower portion of the door block. The attachment surface of the lower portion of the door block may have a geometry that is the same as or is substantially the same as the geometry of the door beam.
1. An energy absorbing vehicle door comprising:
an inner panel;
an outer panel joined to said inner panel;
a door beam between said inner panel and said outer panel; and
a door block having a wide portion attached to said inner panel and a narrow portion, said door beam being fitted in part between said inner panel and said narrow portion.
2. The energy absorbing vehicle door of claim 1 wherein said door beam is attached to said narrow portion of said block.
3. The energy absorbing vehicle door of claim 2 further including a bolt fastener to attach said door beam to said lower portion of said block.
4. The energy absorbing vehicle door of claim 3 wherein said lower portion has a keyway for said bolt fastener.
5. The energy absorbing vehicle door of claim 1 wherein said door block is composed of a metal.
6. The energy absorbing vehicle door of claim 5 wherein said metal is aluminum.
7. The energy absorbing vehicle door of claim 1 wherein said door beam has a geometry and said narrow portion of said door block has a geometry, said geometry of said door beam being the same as said geometry of said door block.
8. A vehicle door assembly comprising:
an inner panel;
an outer panel joined to said inner panel;
a door beam having an outer side and an inner side, said inner side being positioned adjacent said inner panel;
a lower rear corner;
a door block positioned in said lower corner, said door block including a portion attached to said inner panel and a portion adjacent said outer side of said door beam.
9. The vehicle door assembly of claim 8 wherein said outer side of said door beam has a geometry and said portion of said door block adjacent said door beam has a geometry, said geometry of said door beam and said geometry of said door block being the same.
10. The vehicle door assembly of claim 8 wherein said door beam is attached to said portion of said block adjacent said door beam.
11. The vehicle door assembly of claim 10 further including a bolt fastener to attach said door beam to said door block.
12. The vehicle door assembly of claim 11 wherein said door block has a keyway for said bolt fastener.
13. The vehicle door assembly of claim 8 wherein said door block is composed of a metal.
14. The vehicle door assembly of claim 13 wherein said metal is aluminum.
15. A vehicle door assembly comprising:
an inner panel;
an outer panel joined to said inner panel;
a door beam between said inner panel and said outer panel;
a door block having an upper portion attached to said inner panel and a lower portion spaced apart from said inner panel.
16. The vehicle door assembly of claim 15 wherein said upper portion is wider than said lower portion.
17. The vehicle door assembly of claim 16 wherein said door beam is partially fitted between said inner panel and said lower portion.
18. The vehicle door assembly of claim 15 wherein said door beam is attached to said lower portion of said block.
19. The vehicle door assembly of claim 18 further including a bolt fastener to attach said door beam to said lower portion of said block.
20. The energy absorbing vehicle door of claim 15 wherein said door beam has a geometry and said lower portion of said door block has a geometry, said geometry of said door beam being the same as said geometry of said lower portion of said door block.