Integral bonding attachment
View Patent ↗An integral bonding attachment includes an insulated section of a conductive wire with an exposed, uninsulated section. A sleeve covers the insulated and uninsulated sections of the conductive wire, and the sleeve includes a flattened section encasing at least a portion of the uninsulated wire section to form a generally integral structure with the core of the conductive wire. At least one generally tubular section is positioned at an end of the flattened section to engage the insulated section of the conductive wire. An aperture may pass simultaneously through the inner core and flattened sleeve section for attaching the integral bonding attachment to a structure.
1. An integral bonding attachment comprising:
an insulated section of a conductive wire;
an uninsulated section of the conductive wire integrally formed with the insulated section; and
a sleeve covering the insulated and uninsulated sections of the conductive wire, the sleeve including:
a flattened section encasing at least a portion of the uninsulated section; and
at least one generally tubular section positioned at an end of the flattened section to engage the insulated section of the conductive wire;
an aperture formed through the flattened section and the uninsulated wire section that is encased by the flattened section.
2. The integral bonding attachment of claim 1 further comprising tubing covering the generally tubular section where it engages the conductive wire.
3. The integral bonding attachment of claim 1 , wherein the flattened section is generally oval-shaped.
4. The integral bonding attachment of claim 1 , wherein the uninsulated section of conductive wire is located at an end of the conductive wire.
5. The method of claim 1 wherein the aperture is constructed and arranged to receive a bolt.
6. A method of forming an integral bonding attachment comprising:
providing a conductive wire having an insulated section and an integral uninsulated section;
positioning a tubular sleeve to cover the insulated and uninsulated sections of the conductive wire;
compressing the sleeve to form a flattened section encasing at least a portion of the uninsulated wire section while maintaining at least one generally tubular section of the sleeve, positioned at an end of the flattened section, to engage the insulated section of the conductive wire;
forming an aperture through the flattened section and the uninsulated wire section that is encased by the flattened section.
7. The method of claim 6 further comprising:
positioning tubing over the tubular section and conductive wire; and
molding the tubing over the tubular section and wire.
8. The method of claim 6 wherein the uninsulated section is located at one end of the conductive wire.
9. The method of claim 6 wherein the uninsulated section is located between ends of the conductive wire.
10. The method of claim 6 wherein the metallic sleeve is plated.
11. The method of claim 10 wherein the metal is tin.
12. An integral bonding attachment comprising:
an exposed inner core of a conductive wire having outer insulation;
an outer layer over the inner core formed by passing a tubular sleeve over the outer insulation and the exposed inner core and flattening a section of the sleeve over the exposed inner core while leaving an unflattened section of the tubular sleeve over the outer insulation;
an aperture passing simultaneously through the inner core and flattened sleeve section.
13. The integral bonding attachment of claim 12 further comprising shrink tubing placed on an unflattened section of the sleeve.
14. The integral bonding attachment of claim 12 having a plurality of apertures.
15. The integral bonding attachment of claim 12 wherein the tubular sleeve is metal.
16. The integral bonding attachment of claim 12 wherein the tubular sleeve is plated with a metal.
17. The integral bonding attachment of claim 12 wherein the aperture is configured to receive a bolt.