Fiber optic connector with sliding key

Claim 2

A duplex optical fiber connector for terminating two optical fibers of a cable and being adapted to be joined to a polarized receptacle, said connector comprising: an exterior shape corresponding to the shape of an opening of the receptacle, said connector being insertable into said opening along an axis of said receptacle; an axially extending channel having a width corresponding to a receptacle mating configuration; and a keying element in said channel blocking said width of said channel, said keying element having a recess, said keying element being movable transverse to said axis so that said recess may be positioned toward one side of said channel for receiving a rib of said receptacle when said rib is positioned toward said one side of said channel to be received in said recess upon said connector being axially inserted in said receptacle opening.

Claim 3

The connector assembly of claim 1 wherein said keying element is fixedly attached to said connector.

Claim 4

The connector assembly of claim 1 wherein said keying element is slidably moveable permitting insertion of multiple configurations of said receptacle.

Claim 5

The connector assembly of claim 1 wherein said keying element includes a detent to frictionally engage a ridge of said connector body surface abutting said keying element, said detent holding said keying element stationary within said connector body, said keying element in a stationary configuration corresponding to said rib of said receptacle.

Claim 6

The connector assembly of claim 1 wherein said keying element includes an exterior surface which is substantially flush with the exterior surface of said connector.

Claim 7

The connector assembly of claim 5 wherein said exterior surface of said keying element having multiple ridges whereby the said keying element is easily gripped by a fingertip.

Claim 8

The connector assembly of claim 1 wherein said connector includes a means for identifying the position to which said keying element has been placed in correspondence with a corresponding receptacle configuration.

Claim 9

The connector assembly of claim 1 wherein said connector has at least the letters A, M and B marked thereon and a corresponding mark on said keying element whereby the movement of said keying element aligns said mark with the corresponding letter signifying the mating configuration which will accept said corresponding receptacle.

Claim 10

The connector assembly of claim 1 wherein said connector has at least the letters SA, SB and SM marked thereon and a corresponding mark on said keying element where the movement of said keying element aligns said mark with the corresponding letter signifying the mating configuration which will accept said corresponding receptacle.

Claim 11

The connector assembly of claim 1 wherein said width of said channel is greater than said rib width of said receptacle.

Claim 12

The connector assembly of claim 1 wherein said connector includes a groove within the exterior of said connector surface; and said keying element having a projection extending transversely from said keying element body, said projection being insertable into said groove.

Claim 13

The connector assembly of claim 11 wherein said projection slides in said groove laterally across said channel.

Claim 14

The connector assembly of claim 11 wherein said connector includes a cavity extending transversely to said channel, said cavity having said groove extending therethrough.

Claim 15

The connector assembly of claim 11 wherein said projection includes a head which restricts removal of said projection from said groove.

Claim 16

The connector assembly of claim 1 wherein said connector includes two parallel channels extending axially within the exterior of said connector surface; and said keying element providing intermateability with a single-mode receptacle.

Claim 17

The connector assembly of claim 1 wherein said connector includes: at least two keying elements being slidably configured in order to block at least two channels extending axially on the connector, said keying elements providing intermateability with a single-mode receptacle.

Claim 18

A duplex optical fiber connector for terminating two optical fibers of a cable and being adapted to be joined to a polarized receptacle, said duplex connector comprising: an exterior shape corresponding to an opening of the receptacle for being insertable into said receptacle along an axis of said receptacle; and means for polarizing said connector whereby said connector is insertable only into correspondingly configured receptacles having an inwardly protruding rib which corresponds with a position of said means for polarizing, said means for polarizing being fixedly attached to said connector wherein said means for polarizing is transversely slidable to said axis.

Claim 19

A duplex optical fiber connector for terminating two optical fibers of a cable and being adapted to be joined to a polarized receptacle, said duplex connector comprising: an exterior shape corresponding to an opening of the receptacle for being insertable into said receptacle along an axis of said receptacle; and means for polarizing said connector whereby said connector is insertable only into correspondingly configured receptacles having an inwardly protruding rib which corresponds with a position of said means for polarizing, said means for polarizing being fixedly attached to said connector wherein said means for polarizing is transversely slidable to said axis.

Claim 20

The connector assembly of claim 17 wherein said means for polarizing includes a slidable keying element located transverse to an axially extending channel of said connector, said keying element having a recess for slidably engaging said rib of said receptacle when said recess is positioned to accept the correspondingly positioned rib of said receptacle.

Claim 21

The connector of claim 17 wherein said means for polarizing includes a first polarizing means on a first side of a housing of said connector for mating in single-mode applications and a second polarizing means on a second side of the housing of said connector for mating in multi-mode applications.

Claim 22

A duplex optical fiber connector for terminating two optical fibers of a cable and being adapted to be joined to a receptacle, said duplex connector comprising: an exterior shape corresponding to the shape of an opening of the receptacle, said connector being insertable into said opening along an axis of the receptacle; an axially extending channel having a width corresponding to a receptacle mating configuration, wherein said width of said channel is greater than the width of a rib of said receptacle; a keying element in said channel blocking said width of said channel, said keying element having a recess, said keying element being slidably moveable transverse to said axis so that said recess may be positioned toward one side of said channel for receiving said rib of said receptacle when said rib is positioned toward said one side of said channel to be received in said recess upon said connector being axially inserted in said receptacle opening, whereby said connector permits insertion of multiple configurations of said receptacle, said keying element having an exterior surface which is substantially flush with the exterior surface of said connector and said exterior surface of said keying element having multiple ridges whereby said keying element is easily gripped by a fingertip, said keying element having a detent to frictionally engage a ridge of the connector body surface abutting said keying element, said detent holding said keying element stationary within said connector body, said keying element in a stationary configuration corresponding to said rib of said receptacle; and means for identifying the position to which said keying element has been placed in correspondence with a corresponding receptacle configuration wherein said connector has letters marked thereon and a corresponding mark on said keying element whereby the movement of said keying element aligns said mark with the corresponding letter signifying the mating configuration which will accept said corresponding receptacle.

Claim 23

A duplex optical fiber connector for terminating two optical fibers of a cable and being adapted to be joined to a receptacle, said duplex connector comprising: an exterior shape corresponding to the shape of an opening of the receptacle, said connector being insertable into said opening along an axis of the receptacle; an axially extending channel having a width corresponding to a receptacle mating configuration, wherein said width of said channel is greater than the width of a rib of said receptacle; a keying element in said channel blocking said width of said channel, said keying element having a recess, said keying element being slidably moveable transverse to said axis so that said recess may be positioned toward one side of said channel for receiving said rib of said receptacle when said rib is positioned toward said one side of said channel to be received in said recess upon said connector being axially inserted in said receptacle opening, whereby said connector permits insertion of multiple configurations of said receptacle, said keying element having an exterior surface which is substantially flush with the exterior surface of said connector and said exterior surface of said keying element having multiple ridges whereby said keying element is easily gripped by a fingertip, said keying element having a detent to frictionally engage a ridge of the connector body surface abutting said keying element, said detent holding said keying element stationary within said connector body, said keying element in a stationary configuration corresponding to said rib of said receptacle; and means for identifying the position to which said keying element has been placed in correspondence with a corresponding receptacle configuration wherein said connector has letters marked thereon and a corresponding mark on said keying element whereby the movement of said keying element aligns said mark with the corresponding letter signifying the mating configuration which will accept said corresponding receptacle.