A tie ring is provided wherein the tie ring includes a tie ring structure defining at least one strap cavity. The tie ring structure includes a tie ring top surface and a tie ring bottom surface, wherein the tie ring top surface defines at least one top surface opening and wherein the tie ring bottom surface defines at least one bottom surface opening, wherein the at least one top surface opening and the at least one bottom surface opening are communicated with the at least one strap cavity.
1. A tie ring assembly, comprising:
a tie ring structure defining at least one strap cavity, said tie ring structure including a tie ring top surface and a tie ring bottom surface, wherein said tie ring top surface defines at least one top surface opening and said tie ring bottom surface defines at least one bottom surface opening, said at least one bottom surface opening being communicated with said at least one top surface opening via said at least one strap cavity; and
at least one terminal connection strap, said at least one terminal connection strap including a first connection strap end connected to a second connection strap end via a strap body, wherein said at least one terminal connection strap is disposed within said at least one strap cavity such that strap body is contained within said at least one strap cavity and such that said first connection strap end and said second connection strap end is communicated with said at least one bottom surface opening.
2. The tie ring assembly of claim 1 . wherein said at least one terminal connection strap is securingly disposed within said at least one strap cavity via at least one of tape, adhesive, and clamp.
3. The tie ring assembly of claim 1 , wherein said at least one terminal connection strap is constructed at least in part from a conductive material such that said first connection strap end is conductively connected to said second connection strap end.
4. The tie ring assembly of claim 3 , wherein said conductive material is copper.
5. The tie ring of claim 1 , wherein said tie ring structure includes a tie ring diameter and wherein said at least one strap cavity includes live strap cavities, wherein said five strap cavities are disposed to be evenly distributed along said tie ring diameter.
6. The tie ring of claim 5 , wherein said at least one strap cavity is sized and shaped to contain said at least one terminal connection strap.
7. The tie ring of claim 1 , wherein said tie ring structure is constructed at least in part from at least one of a polymer material and a fiberglass material.
8. The tie ring of claim 1 , wherein said tie ring structure is constructed at least in part from a flexible, non-conductive material.
9. An alternator assembly, comprising:
an alternator support structure, wherein said alternator support structure defines an alternator shaft cavity and includes an alternator support structure external portion;
an alternator shaft, wherein said alternator shaft is non movably disposed within said alternator shaft cavity;
a plurality of alternator rotor windings, wherein said plurality of said alternator rotor windings are disposed to be non-movably associated with said alternator support structure external portion such that said alternator rotor windings are evenly distributed along said alternator support structure external portion; and
a tie ring assembly, wherein said tie ring assembly includes a tie ring structure defining at least one strap cavity, said tie ring structure including a tie ring top surface and a tie ring bottom surface. wherein said tie ring top surface defines at least one top surface opening and said tie ring bottom surface defines at least one bottom surface opening, said at least one bottom surface opening being communicated with said at least one top surface opening via said at least one strap cavity and at least one terminal connection strap, said at least one terminal connection strap including a first connection strap end connected to a second connection strap end via a strap body, wherein said at least one terminal connection strap is disposed within said at least one strap cavity such that said strap body is contained within said at least one strap cavity and such that said first connection strap and said second connection strap end is communicated with said at least one bottom surface opening.
10. The tie ring assembly of claim 9 , wherein said at least one terminal connection strap is securingly disposed within said at least one strap cavity at least one of tape, adhesive, and clamp.
11. The tie ring assembly of claim 9 , wherein said at least one terminal connection strap is constructed at least in part from a conductive material such that said first connection strap end is conductively connected to said second connection strap end.
12. The tie ring assembly of claim 11 , wherein said conductive material is copper.
13. The tie ring of claim 9 , wherein said tie ring structure includes a tie ring diameter and wherein said at least one strap cavity includes live strap cavities, wherein said five strap cavities are disposed to be evenly distributed along said tie ring diameter.
14. The tie ring of claim 9 , wherein said tie ring is associated with said alternator support structure via at least one tie ring mounting device and wherein at least one terminal connection strap is insulatively disposed within said at least one strap cavity to via an adhesive tape.
15. The tie ring of claim 9 , wherein said tie ring structure is constructed at least in part from a flexible, non-conductive material.