Clinch nut to prevent corrosion
A clinch nut is used to attach a first panel and a second panel with a space therebetween for accepting a liquid primer. The body has a nut face for abutting a first panel and a threaded aperture through the nut body for receiving a threaded bolt. The nut face has grooves into which the first panel is deformed to clinch the nut body to the first panel. An abutment rises from the nut face a distance greater than the thickness of the first panel so that upon the bolting of the second panel to the first panel by the insertion of the threaded bolt into the threaded aperture of the nut body, the second panel will be spaced from the first panel by the abutment thereby assuring that the liquid primer can flow between the first and second panels.
1. A clinch nut for use with a threaded bolt to attach together a first panel and second panel with a space between the first and second panels for accepting a liquid primer comprising:
a nut body having a nut face and a threaded aperture through the nut body for receiving the threaded bolt extending from the second panel, said nut face having grooves into which the first panel is deformed to clinch the nut body to the first panel, and a plurality of discrete abutments rising from the nut face by a height so that upon the bolting of the second panel to the first panel by the insertion of the threaded bolt into the threaded aperture of the nut body the second panel will be spaced from the first panel by the plurality of discrete abutments whereby a liquid primer can flow between the first and second panels.
2. The clinch nut of claim 1 further comprising the plurality of discrete abutments rising from the nut face being a plurality of individual dimples.
3. The clinch nut of claim 1 further comprising the a plurality of discrete abutments rising from the nut face being located between the grooves of the nut face and the threaded aperture.
4. The clinch nut of claim 1 further comprising the plurality of discrete abutments being a pair of ridges that rise from the nut face on opposite sides of the threaded aperture.
5. The clinch nut of claim 4 further comprising the ridges extending parallel with the grooves.
6. The clinch nut of claim 4 further comprising the ridges extending perpendicular to the grooves.
7. A bolted together panel assembly comprising:
a first panel having a slot therein defined by edge walls of the first panel and having a top surface;
a second panel having a bolt receiving aperture therein and an under face;
a bolt;
a nut body having a nut face and a threaded bolt-receiving aperture therein, said nut face having grooves into which the edge walls of the slot of the first panel are deformed to clinch the nut body to the first panel, said nut body having a plurality of abutments rising from the nut face and said plurality of abutments having a height to project above the first panel so that upon the bolting of the second panel to the first panel by the insertion of the threaded bolt into the threaded aperture of the nut body the second panel will be spaced from the first panel by the plurality of abutments whereby a liquid primer can flow between the first and second panels.
8. The bolted together panel assembly of claim 7 further comprising the plurality of abutments being a plurality of discrete abutments rising from the nut face and being a plurality of individual dimples.
9. The bolted together panel assembly of claim 7 further comprising the plurality of abutments being a plurality of discrete abutments rising from the nut face and located between the grooves of the nut face and the threaded aperture.
10. The bolted together panel assembly of claim 7 further comprising the plurality of abutments being a pair of ridges that arise from the nut face on opposite sides of the threaded aperture.
11. The bolted together panel assembly of claim 10 further comprising the ridges extending parallel with the grooves.
12. The bolted together panel assembly of claim 10 further comprising the ridges extending perpendicular to the grooves.