초록 ▼

A step-down in-line butt connector receives a pair of wires, one at either end, wherein the wires are each of a different gauge. A hollow tubular body member has a first end and a second end such that the inside diameter and the outside diameter of the first end is larger relatively to the inside di

A step-down in-line butt connector receives a pair of wires, one at either end, wherein the wires are each of a different gauge. A hollow tubular body member has a first end and a second end such that the inside diameter and the outside diameter of the first end is larger relatively to the inside diameter and the outside diameter of the second end respectively, while the wall thickness of the body member remains relatively constant between the first end and the second end. An opening is located medially of the body member and may have a stop thereat. The body member is received within a heat shrinkable hollow sleeve that is heated after each end of the body member is crimped in order for the sleeve to form around the body member. A heat activated adhesive within the hollow sleeve helps seal the overall system.

대표청구항 ▼

I claim: 1. A wire connector for electrically and mechanically connecting at least one first wire and a second wire, the wire connector comprising: an elongate hollow body member having a first end with a first inside diameter and a first outside diameter the first end adapted to receive the at lea

I claim: 1. A wire connector for electrically and mechanically connecting at least one first wire and a second wire, the wire connector comprising: an elongate hollow body member having a first end with a first inside diameter and a first outside diameter the first end adapted to receive the at least one first wire therethrough, a second end with a second inside diameter that is smaller relative to the first inside diameter and a second outside diameter that is smaller relative to the first outside diameter the second end adapted to receive the second wire therethrough, and a medial portion; and wherein a portion of the first wire is inserted into the first end of the body member, a portion of the second wire is inserted into the second end of the body member, the first end is crimped and the second end is crimped. 2. The wire connector as in claim 1 wherein the at least one first wire is of a smaller gauge relative to the at least one second wire. 3. The wire connector as in claim 1 wherein the body member has a wall thickness that is substantially the same at the first end and at the second end. 4. The wire connector as in claim 1 further comprising a stop disposed within the body member at the medial portion. 5. The wire connector as in claim 1 further comprising an opening located on the body member at the medial portion. 6. The wire connector as in claim 5 further comprising a stop disposed within the body member at the opening. 7. The wire connector as in claim 6 wherein the at least one first wire is of a smaller gauge relative to the at least one second wire. 8. The wire connector as in claim 7 wherein the body member has a wall thickness that is substantially the same at the first end and at the second end. 9. The wire connector as in claim 5 wherein the at least one first wire is of a smaller gauge relative to the at least one second wire. 10. The wire connector as in claim 5 wherein the body member has a wall thickness that is substantially the same at the first end and at the second end. 11. A wire connector for electrically and mechanically connecting at least one first wire and a second wire, the wire connector comprising: a heat shrinkable hollow sleeve an elongate hollow body member having a first end with a first inside diameter and a first outside diameter the first end adapted to receive the at least one first wire therethrough, a second end with a second inside diameter that is smaller relative to the first inside diameter and a second outside diameter that is smaller relative to the first outside diameter the second end adapted to receive the second wire therethrough, and a medial portion; and wherein the body member is received within the hollow sleeve and a portion of the first wire is inserted into the first end of the body member, a portion of the second wire is inserted into the second end of the body member, the first end is crimped and the second end is crimped and heat is applied to the hollow sleeve. 12. The wire connector as in claim 11 wherein the at least one first wire is of a smaller gauge relative to the at least one second wire. 13. The wire connector as in claim 11 wherein the body member has a wall thickness that is substantially the same at the first end and at the second end. 14. The wire connector as in claim 11 further comprising a stop disposed within the body member at the medial portion. 15. The wire connector as in claim 11 further comprising an opening located on the body member at the medial portion. 16. The wire connector as in claim 15 further comprising a stop disposed within the body member at the opening. 17. The wire connector as in claim 16 wherein the at least one first wire is of a smaller gauge relative to the at least one second wire. 18. The wire connector as in claim 17 wherein the body member has a wall thickness that is substantially the same at the first end and at the second end. 19. The wire connector as in claim 15 wherein the at least one first wire is of a smaller gauge relative to the at least one second wire. 20. The wire connector as in claim 15 wherein the body member has a wall thickness that is substantially the same at the first end and at the second end. 21. The wire connector as in claim 11 wherein the hollow sleeve is at least partially translucent. 22. The wire connector as in claim 21 wherein the hollow sleeve is tinted. 23. The wire connector as in claim 11 further comprising an adhesive element located within the hollow sleeve. 24. The wire connector as in claim 23 wherein the adhesive material is heat activated. 25. The wire connector as in claim 11 wherein the heat shrinkable material is polyolefin. 26. The wire connector as in claim 11 wherein the shrink ratio of the heat shrinkable material is at least about 4 to 1.