초록 ▼

A terminal connector mechanically and electrically binds a wire with a terminal fixture in a high reliability manner. The terminal fixture is mechanically and electrically connected to a crimpable barrel. A solder sleeve is positioned in abutting relation with the barrel while heat shrinkable tubing

A terminal connector mechanically and electrically binds a wire with a terminal fixture in a high reliability manner. The terminal fixture is mechanically and electrically connected to a crimpable barrel. A solder sleeve is positioned in abutting relation with the barrel while heat shrinkable tubing is positioned so as to encompass the solder sleeve and at least a portion of the barrel. A wire is inserted through the tubing, the solder sleeve and is received within the barrel. The barrel is crimped and the device is heated so as to melt the solder sleeve and the tubing.

대표청구항 ▼

1. A terminal connector comprising: a terminal fixture; a crimpable barrel mechanically and electrically connected to the terminal fixture; a separate solder sleeve that abuts the terminal barrel; a heat shrinkable tubing positioned such that the tubing encompasses the solder sleeve and a port

1. A terminal connector comprising: a terminal fixture; a crimpable barrel mechanically and electrically connected to the terminal fixture; a separate solder sleeve that abuts the terminal barrel; a heat shrinkable tubing positioned such that the tubing encompasses the solder sleeve and a portion of the barrel; and wherein the barrel is adapted to receive a wire; the wire passing through the solder sleeve and then through the crimpable barrel, and the barrel is crimped thereonto to mechanically and electrically bind the barrel with the wire, and the solder sleeve is melted to further mechanically and electrically bind the barrel and the wire and the tubing is heated to encapsulate the wire and the barrel. 2. The terminal connector as in claim 1 wherein the tubing has an inner surface having an adhesive material wherein upon heating the tubing the adhesive material binds the terminal fixture, the solder sleeve, the tubing and a portion of an insulation member encompassing a portion of the wire. 3. The wire connector as in claim 2 wherein the adhesive material is heat activated. 4. The wire connector as in claim 2 wherein the adhesive material is co-extruded with the hollow sleeve. 5. The terminal connector as in claim 1 wherein the terminal fixture is a ring. 6. The terminal connector as in claim 1 wherein the terminal fixture is a spade. 7. The terminal connector as in claim 1 wherein the terminal fixture is a male connector. 8. The terminal connector as in claim 1 wherein the terminal fixture is a female connector. 9. The terminal connector as in claim 1 wherein the terminal fixture is selected from the group consisting of a ring, a spade, a male connector, and a female connector. 10. The wire connector as in claim 1 wherein the solder sleeve is a low temperature solder member. 11. The wire connector as in claim 1 wherein the solder sleeve is pre-fluxed. 12. A method of mechanically and electrically connecting a wire with a terminal fixture comprising the steps of: providing the terminal fixture; providing a crimpable barrel and mechanically and electrically connecting the barrel to the terminal fixture; providing a separate solder sleeve and abutting the solder sleeve against the crimpable barrel; providing a heat shrinkable tubing positioning the tubing such that the tubing encompasses the solder sleeve and a portion of the barrel; having the barrel receive the wire, such that the wire passes through the solder sleeve and then into the barrel, and crimping the barrel onto the wire; and heating the solder sleeve and the tubing. 13. The method as in claim 12 wherein the tubing has an inner surface having an adhesive material thereon wherein upon heating the tubing, the adhesive flow adhesively binds the terminal fixture, the solder sleeve, the tubing and a portion of an insulation member encompassing a portion of the wire. 14. The method as in claim 13 wherein the adhesive material is heat activated. 15. The method as in claim 13 wherein the adhesive material is co-extruded with the hollow sleeve. 16. The terminal connector as in claim 12 wherein the terminal fixture is a ring. 17. The terminal connector as in claim 12 wherein the terminal fixture is a spade. 18. The terminal connector as in claim 12 wherein the terminal fixture is a male Connector. 19. The terminal connector as in claim 12 wherein the terminal fixture is a female connector. 20. The terminal connector as in claim 12 wherein the terminal fixture is selected from the group consisting of a ring, a spade, a male connector, and a female connector. 21. The method as in claim 12 wherein the solder sleeve is a low temperature solder member. 22. The method as in claim 12 wherein the solder sleeve is pre-fluxed.