Spring wire ends to faciliate welding
Spring rings and closed wire loops each can have two ends that are connected. The connected ends can be welded. The connected ends can be aligned for welding by incorporating complementary surfaces so that when joined, the tip at the first end mate to the tip at the second end. The mating can be self-aligning spatially and radially. The spring rings and the closed wire loops can be used in many applications, including in connector applications and seal applications.
1. A metallic spring ring comprising:
a spring length having a spring body made from a metal wire with a plurality of interconnected coils or interconnected V-bodies with gaps between adjacent V-bodies, said spring body having a first end connected to a second end to form a closed loop, said second end being on an end of the spring body opposite the first end;
wherein the first end comprises a male tip having a tip most point and an exterior surface and the second end comprises a female receiving end having an exterior surface and a bottom most point to receive the tip most point of the male tip;
wherein the male tip and the female receiving end have complementary surfaces for aligning the two ends along a first direction and along at least one radial direction relative to the first direction; and
wherein the tip most point of the male tip and the bottom most point of the female receiving end are spaced from a weld joint formed at the exterior surface of the male tip and the exterior surface of the female receiving end.
2. The metallic spring ring of claim 1 , wherein the metal wire is a multi-metallic wire.
3. The metallic spring ring of claim 1 , wherein the complementary surfaces comprises an abutting surface on the male tip contacting an abutting surface on the female receiving end.
4. The metallic spring ring of claim 1 , wherein the complementary surfaces of the male tip and the female receiving end are self-aligning.
5. The metallic spring ring of claim 1 , wherein the complementary surfaces are at least one of a cone and a counterpart female receiving end, a flat tip with depending surfaces and a counterpart female receiving end, a tongue and a groove, a dovetail and a counterpart female receiving end, an extended portion with a radial portion and an identical reverse counterpart, and an extended portion and an identical reverse counterpart.
6. The metallic spring ring of claim 2 , wherein the plurality of interconnected coils cant generally in a same direction or are helical coils.
7. The metallic spring ring of claim 2 , wherein the metal wire is round.
8. The metallic spring ring of claim 2 , wherein the V-bodies each comprises a first leg attached to a second leg at a connecting end.
9. The metallic spring ring of claim 1 , wherein the tip most point contact the bottom most point.
10. A connector assembly comprising:
a housing having a bore;
a pin located inside the bore of the housing;
at least one groove formed with the housing inside the bore or on an exterior of the pin;
a spring ring located in the at least one groove; wherein the spring ring comprising:
a spring length having a spring body made from a metal wire with a plurality of interconnected coils or interconnected V-bodies with gaps between adjacent V-bodies, said spring body having a first end connected to a second end to form a closed loop, said second end being on an end of the spring body opposite the first end;
wherein the first end comprises a male tip having a tip most point and an exterior surface and the second end comprises a female receiving end having an exterior surface and a bottom most point to receive the tip most point of the male tip;
wherein the male tip and the female receiving end have complementary surfaces for aligning the two ends along a first direction and along at least one radial direction relative to the first direction; and
wherein the tip most point of the male tip and the bottom most point of the female receiving end are spaced from a weld joint formed at the exterior surface of the male tip and the exterior surface of the female receiving end.
11. The connector assembly of claim 10 , further comprising a second groove, and wherein the spring ring is captured between the at least one groove and the second groove.
12. The connector assembly of claim 10 , wherein the spring ring is a radial canted coil spring or an axial canted coil spring.
13. The connector assembly of claim 10 , wherein the metal wire is a rounded metal wire.
14. The connector assembly of claim 10 , wherein the complementary surfaces are at least one of a cone and a counterpart female receiving end, a flat tip with depending surfaces and a counterpart female receiving end, a tongue and a groove, a dovetail and a counterpart female receiving end, an extended portion with a radial portion and an identical reverse counterpart, and an extended portion and an identical reverse counterpart.
15. The connector assembly of claim 10 , wherein the plurality of interconnected coils cant generally in a same direction or are helical coils.
16. The connector assembly of claim 10 , wherein the V-bodies each comprises a first leg attached to a second leg at a connecting end.
17. A seal assembly comprising:
a seal element having an inside flange defining a bore, an outside flange defining an outside diameter of the seal element, and a center channel section, said inside and outside flanges and said center channel, section defining a spring, groove; and
a spring ring located in the spring groove, said spring ring comprising:
a spring length having a spring body made from a metal wire with a plurality of interconnected coils or interconnected V-bodies with gaps between adjacent V-bodies, said spring body having a first end connected to a second end to form a closed loop, said second end being on an end of the spring body opposite the first end;
wherein the first end comprises a male tip having a tip most point and an exterior surface and the second end comprises a female receiving end having an exterior surface and a bottom most point to receive the tip most point of the male tip;
wherein the male tip and the female receiving end have complementary surfaces for aligning the two ends along a first direction and along at least one radial direction relative to the first direction; and
wherein the tip most point of the male tip and the bottom most point of the female receiving end are spaced from a weld joint formed at the exterior surface of the male tip and the exterior surface of the female receiving end.
18. The seal assembly of claim 17 , further comprising a support ring engaged to the center channel section or a locking ring having a flange extending into the spring groove.
19. The seal assembly of claim 17 , further comprising a support ring abutting the seal element.
20. The seal assembly of claim 17 , wherein the complementary surfaces are at least one of a cone and a counterpart female receiving end, a flat tip with depending surfaces and a counterpart female receiving end, a tongue and a groove, a dovetail and a counterpart female receiving end, an extended portion with a radial portion and an identical reverse counterpart, and an extended portion and an identical reverse counterpart.