Fiber optic connector

Claim 2

In a fiber optic connector assembly in which two fiber optic connectors are connected to each other by means of an adaptor, each of the connectors including at least one ferrule, said ferrules retaining an optical fiber, and said ferrules being inserted in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, the adaptor including at least one split sleeve for receiving at its opposite ends a ferrule from each of said connectors, said split sleeve having a longitudinal slit, the improvement comprising: a tubularly shaped elastic body installed around the outer periphery of said split sleeve, said body applying a spring force to the periphery of said split sleeve.

Claim 3

The connector assembly of claim 1 wherein said tubularly shaped elastic body comprises a plastic tube.

Claim 4

The connector assembly of claim 2 wherein the internal diameter of said tube is smaller than the outer diameter of said split sleeve.

Claim 5

The connector assembly of claim 2 wherein said plastic tube is formed from a heat shrinkable material.

Claim 6

The connector assembly of claim 4 wherein said plastic tube is a polyolefin tube.

Claim 7

The connector assembly of claim 1 wherein said tubularly shaped elastic body comprises a rubber tube.

Claim 8

The connector assembly of claim 6 wherein the internal diameter of said tube is smaller than the outer diameter of said split sleeve.

Claim 9

The connector assembly of claim 1 wherein said adaptor includes an internal bore, said split sleeve being positioned in said bore.

Claim 10

In an adaptor for connecting two fiber optic connectors, each of the connectors including at least one ferrule, said ferrules retaining an optical fiber, said ferrules being insertable in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, said adaptor including an internal bore, and a generally cylindrical sleeve positioned in said bore to receive said ferrules from said connectors, said sleeve having a longitudinal slit, the improvement comprising: a tubularly shaped elastic body installed around the outer periphery of said sleeve, said body applying a spring force to the periphery of said sleeve.

Claim 11

In an adaptor for connecting two fiber optic connectors, each of the connectors including at least one ferrule, said ferrules retaining an optical fiber, said ferrules being insertable in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, said adaptor including an internal bore, and a generally cylindrical sleeve positioned in said bore to receive said ferrules from said connectors, said sleeve having a longitudinal slit, the improvement comprising: a tubularly shaped elastic body installed around the outer periphery of said sleeve, said body applying a spring force to the periphery of said sleeve.

Claim 12

The adaptor of claim 9 wherein said tubularly shaped elastic body comprises a plastic tube.

Claim 13

The adaptor of claim 10 wherein said tube is smaller than the outer diameter of said sleeve.

Claim 14

The adaptor of claim 10 wherein said plastic tube is formed from a heat shrinkable material.

Claim 15

The adaptor of claim 12 wherein said plastic

Claim 16

The adaptor of claim 9 wherein said tubularly shaped elastic body comprises a rubber tube.

Claim 17

The adaptor of claim 14 wherein the internal diameter of said tube is smaller than the outer diameter of said sleeve.

Claim 18

In a fiber optic connector assembly in which two fiber optic connectors are connected to each other by means of an adaptor, each of the connectors including at least one ferrule, said ferrule retaining an optical fiber, and said ferrules being inserted in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, the adaptor including at least one split sleeve for receiving at opposite ends a ferrule from each of said connectors, said split sleeve having a longitudinal slit, the improvement comprising: said adaptor including an internal bore with said split sleeve positioned in said bore; and a tubularly shaped elastic body installed around the outer periphery of said split sleeve, said body applying a spring force to the periphery of said split sleeve and said body having an internal diameter smaller than the outer diameter of said split sleeve to thereby apply said spring force when mounted thereon.

Claim 19

In a fiber optic connector assembly in which two fiber optic connectors are connected to each other by means of an adaptor, each of the connectors including at least one ferrule, said ferrule retaining an optical fiber, and said ferrules being inserted in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, the adaptor including at least one split sleeve for receiving at opposite ends a ferrule from each of said connectors, said split sleeve having a longitudinal slit, the improvement comprising: said adaptor including an internal bore with said split sleeve positioned in said bore; and a tubularly shaped elastic body installed around the outer periphery of said split sleeve, said body applying a spring force to the periphery of said split sleeve and said body having an internal diameter smaller than the outer diameter of said split sleeve to thereby apply said spring force when mounted thereon.

Claim 20

The connector assembly of claim 16 wherein said elastic body comprises a tube made of a cross-linked polyolefin which was heat shrunk onto said split sleeve.

Claim 21

The connector assembly of claim 16 wherein said elastic body comprises a tube made of an ethylene propylene rubber.

Claim 22

In an adaptor for connecting two fiber optic connectors, each of the connectors including at least one ferrule, said ferrules retaining an optical fiber, said ferrules being insertable in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, the improvement comprising: said adaptor including an internal bore with a generally cylindrical sleeve positioned in said bore to receive said ferrules from said connectors and with said sleeve having a longitudinal slit; and a tubularly shaped elastic body installed around the outer periphery of said sleeve, said body applying a spring force to the periphery of said sleeve and said body having an internal diameter smaller than the outer diameter of said split sleeve to thereby apply said spring force when mounted thereon.

Claim 23

In an adaptor for connecting two fiber optic connectors, each of the connectors including at least one ferrule, said ferrules retaining an optical fiber, said ferrules being insertable in said adaptor such that the optical fiber of each connector is arranged in a light transmitting position with respect to the optical fiber of the other connector, the improvement comprising: said adaptor including an internal bore with a generally cylindrical sleeve positioned in said bore to receive said ferrules from said connectors and with said sleeve having a longitudinal slit; and a tubularly shaped elastic body installed around the outer periphery of said sleeve, said body applying a spring force to the periphery of said sleeve and said body having an internal diameter smaller than the outer diameter of said split sleeve to thereby apply said spring force when mounted thereon.

Claim 24

The adaptor of claim 19 wherein said elastic body comprises a tube made of a cross-linked polyolefin which was heat shrunk onto said split sleeve.

Claim 25

The adaptor of claim 19 wherein said elastic body comprises a tube made of an ethylene propylene rubber.