Heat recoverable termination device

Claim 2

A termination device comprising: a dimensionally heat-unstable tubular member having a wall, a fusible insert and a dimensionally heat-unstable insert; wherein dimensionally heat-unstable refers to said tubular member and said heat-unstable insert having plastic or elastic memory which defines the property of certain materials as being unstable at higher temperatures so that when the materials are exposed to this higher temperature, the materials return to their heat-stable shape; said fusible insert and said dimensionally heat-unstable insert positioned within said tubular member and in abutting relationship with the wall of said tubular member; said fusible insert being meltable and said dimensionally heat-unstable insert being recoverable at a temperature used to recover said tubular member.

Claim 3

The termination device of claim 1 wherein the dimensionally heat-unstable insert comprises a poly(aryl ether ketone).

Claim 4

The termination device of claim 2 wherein the poly(aryl ether ketone) is poly(p-carbonyl-phenylene-p-oxyphenylene).

Claim 5

The termination device of claim 2 wherein the poly(aryl ether ketone) is poly(p-carbonyl-phenylene-p-oxyphenylene-p-oxy-phenylene).

Claim 6

The termination device of claim 1 wherein the dimensionally heat-unstable insert comprises ultra high molecular weight polyethylene having a molecular weight greater than about 3 million.

Claim 7

The termination device of claim 1 wherein the fusible insert comprises a thermoplastic polymeric material.

Claim 8

The termination device of claim 1 wherein the fusible insert comprises solder.

Claim 9

The termination device of claim 1 wherein the dimensionally heat-unstable insert comprises a polymeric material loaded with tin.

Claim 10

The termination device of claim 1 wherein the dimensionally heat-unstable insert comprises a polymeric material having a layer of tin on a surface which is not in abutting relationship with the wall of said tubular member.

Claim 11

The termination device of claim 1 wherein the dimensionally heat-unstable insert comprises a polymeric material having a layer of solder on a surface which is not in abutting relationship with the wall of said tubular member.

Claim 12

A termination device comprising: a dimensionally heat-unstable tubular member having a wall, a polymeric fusible insert, a metallic fusible insert, and a dimensionally heat-unstable insert; wherein dimensionally heat-unstable refers to said tubular member and said heat-unstable insert having plastic or elastic memory which defines the property of certain materials as being unstable at higher temperatures so that when the materials are exposed to this higher temperature, the materials return to their heat-stable shape; said polymeric fusible insert positioned proximate to an end of said tubular member and in abutting relationship with the wall of said tubular member; said metallic fusible insert and said dimensionally heat-unstable insert positioned generally centrally within said tubular member and in abutting relationship with the wall of said tubular member; said fusible inserts being meltable and said dimensionally heat-unstable insert being recoverable at a temperature used to recover said tubular member.

Claim 13

A termination device comprising: a dimensionally heat-unstable tubular member having a wall, a polymeric fusible insert, a metallic fusible insert, and a dimensionally heat-unstable insert; wherein dimensionally heat-unstable refers to said tubular member and said heat-unstable insert having plastic or elastic memory which defines the property of certain materials as being unstable at higher temperatures so that when the materials are exposed to this higher temperature, the materials return to their heat-stable shape; said polymeric fusible insert positioned proximate to an end of said tubular member and in abutting relationship with the wall of said tubular member; said metallic fusible insert and said dimensionally heat-unstable insert positioned generally centrally within said tubular member and in abutting relationship with the wall of said tubular member; said fusible inserts being meltable and said dimensionally heat-unstable insert being recoverable at a temperature used to recover said tubular member.

Claim 14

The termination device of claim 11 wherein the dimensionally heat-unstable insert comprises a poly(aryl ether ketone).

Claim 15

The termination device of claim 12 wherein the poly(aryl ether ketone) is poly(p-carbonyl-phenylene-p-oxyphenylene).

Claim 16

The termination device of claim 12 wherein the poly(aryl ether ketone) is poly(p-carbonyl-phenylene-p-oxyphenylene-p-oxy-phenylene).

Claim 17

The termination device of claim 11 wherein the dimensionally heat-unstable insert comprises ultra high molecular weight polyethylene having a molecular weight greater than about 3 million.

Claim 18

The termination device of claim 11 wherein the polymeric fusible insert comprises a thermoplastic polymeric material and the metallic fusible insert comprises solder.

Claim 19

The termination device of claim 11 wherein the dimensionally heat-unstable insert comprises a polymeric material loaded with tin.

Claim 20

The termination device of claim 11 wherein the dimensionally heat-unstable insert comprises a polymeric material having a layer of tin on a surface which is not in abutting relationship with the wall of said tubular member.

Claim 21

The termination device of claim 11 wherein the dimensionally heat-unstable insert comprises a polymeric material having a layer of solder on a surface which is not in abutting relationship with the wall of said tubular member.