Integral anti-siphon filler neck

1. An integral anti-siphon fuel filler neck assembly, comprising:

a lower region that defines a side wall; and

a hub having a plurality of members extending outwardly there from, each of said members directly contacting said side wall, and wherein adjacent ones of said members define a wedge-shaped aperture there between, wherein

said side wall includes a plurality of side wall apertures sized to allow air to move there through wherein each side wall aperture defines a width that is less than a width of said wedge shaped aperture, wherein each of said side wall apertures are connected to only one of said wedge shaped apertures between said adjacent ones of said members that define said wedge-shaped aperture there between.

2. The fuel filler neck assembly of claim 1 wherein said plurality of members comprises eight members each spaced at an angle of 45 degrees with respect to one another around said hub.

3. The fuel filler neck assembly of claim 1 further comprising a fuel cap securement assembly for securing a fuel cap directly to said fuel filler neck.

4. The fuel filler neck step assembly of claim 3 wherein said fuel cap securement assembly comprises a cam ramp assembly.

5. The fuel filler neck assembly of claim 1 further comprising a central region that defines a continuous side wall there around, and wherein said continuous side wall is welded to a fuel tank aperture to secure said fuel filler neck thereto.

6. The fuel filler neck assembly of claim 1 wherein said hub defines a central aperture and wherein adjacent ones of said members each define a wedge shaped aperture there between that is defined by end surfaces that define an angle with respect to one another of at most ninety degrees.

7. An integral anti-siphon fuel filler neck assembly, comprising:

a cylindrical body that defines a side wall; and

a hub positioned within said cylindrical body and having a plurality of members extending outwardly from said hub, each of said members directly contacting said side wall, and wherein adjacent ones of said members define a wedge shaped aperture there between, and

wherein said side wall includes a plurality of side wall apertures sized to allow air to move there through, wherein each of said plurality of side wall apertures is connected to a corresponding one of said wedge shaped apertures, wherein each side wall aperture defines a width that is less than a width of said corresponding one of said wedge shaped apertures, and wherein said width of each of said side wall apertures is aligned with said width of said corresponding one of said wedge shaped apertures.

8. A fuel filler neck assembly of claim 7 wherein each of said members are evenly positioned around said hub and wherein said side wall apertures are evenly positioned around said side wall between ones of said members.

9. The fuel filler neck assembly of claim 7 wherein said plurality of members comprises eight spokes and wherein said hub defines a central aperture.

10. The fuel filler neck assembly of claim 7 further comprising a fuel cap securement device positioned on an outer surface of said side wall and wherein said plurality of members contact an inner surface of said side wall.

11. The fuel filler neck of claim 7 wherein each of said side wall apertures is in fluid communication with only one corresponding wedge-shaped aperture.

12. An integral anti-siphon fuel filler neck assembly, comprising:

a filler neck including a side wall having an outer surface that is secured directly to a fuel tank side wall;

a central member having a plurality of elongate members extending outwardly there from, each of said elongate members directly contacting an inner surface of said filler neck side wall, and wherein adjacent ones of said elongate members define an elongate member aperture there between; and

said filler neck side wall including a plurality of side wall apertures that each define a maximum width that is less than a maximum width of said elongate member aperture, and

wherein said plurality of side wall apertures extend from a lower surface of said side wall to a central region of said side wall and are each aligned with only a single corresponding elongate member aperture.

13. The fuel filler neck assembly of claim 12 further comprising a fuel cap securement assembly secured to said outer surface of said filler neck side wall.

14. The fuel filler neck assembly of claim 12 wherein said filler neck side wall is secured directly to said fuel tank side wall in said central region of said filler neck side wall.

15. The fuel filler neck assembly of claim 12 wherein said plurality of elongate members includes at least eight elongate members evenly spaced around said central member, and wherein said central member is cylindrical and includes a central aperture.

16. The fuel filler neck assembly of claim 15 wherein said plurality of side wall apertures each define a maximum width, measured in a plane parallel to a top surface of said elongate members, wherein said maximum is less than fifteen percent of a circumference of said side wall.

17. The fuel filler neck assembly of claim 12 including a plurality of elongate member apertures, wherein each elongate member aperture includes a first and a second side surface positioned at an angle with respect to one another of at most ninety degrees.

18. The fuel filler neck of claim 12 wherein said elongate aperture is wedge shaped.