Optical fiber module termination array and panel

Claim 2

An optical fiber termination module for use in terminating a cabled optical fiber comprising: an optical fiber connector coupling and a single connector plug connected to one end of a length of optical fiber and joined to said coupling, an optical fiber splice having opposite open ends for making connection between a second end of said length of optical fiber and the free end of an optical fiber from a cable, and support means for supporting said coupling and said splice in juxtaposition, said support means comprising an end wall for supporting said coupling in fixed position thereon and a base extending in a direction away from said end wall, said base including magazine means for supporting said splice with said length of optical fiber extending in a straight line from said plug to said splice and said second end of said length of optical fiber being positioned in said splice, and means on said base for defining an axis transverse to said base for affording tilting movement of said base to move said end wall from a normal position to a raised position.

Claim 3

An optical fiber termination module according to claim 1 wherein said base is an elongate narrow strip integrally molded with said end wall.

Claim 4

An optical fiber termination module according to claim 2 wherein said end wall has an opening for receiving one end of said coupling and mounting means for affixing said coupling to said end wall.

Claim 5

An optical fiber termination module according to claim 2 wherein said magazine means comprises a cradle to receive said splice in axial alignment with said plug and said length of optical fiber.

Claim 6

An optical fiber termination module according to claim 1 wherein said base comprises an elongate narrow strip having a top surface supporting said magazine means and a bottom surface, said means defining said axis transverse to said base comprises wall means defining a notch in said bottom surface of said base extending transverse thereto and wherein a portion of said bottom surface on a side of said notch remote from said end wall is tapered toward said top surface affording pivotal movement of said base about said notch for moving said end wall and said coupling about said axis transverse to said base.

Claim 7

An optical fiber termination module according to claim 1 wherein said base comprises an elongate narrow strip having a top surface and a bottom surface, said means defining said axis transverse to said base comprises wall means defining a notch adjacent the end of said strip remote from said end wall for receiving a support defining a fulcrum about which said base may pivot to move said end wall about said

Claim 8

An optical fiber termination module according to claim 1 wherein said means defining said axis includes wall means defining a notch in said base spaced from said end wall for receiving a fulcrum about which said base may pivot and said base has a portion extending away from said notch opposite said end wall defining stop means for limiting said tilting movement to avoid bending a said cabled optical fiber excessively.

Claim 9

An optical fiber termination module according to claim 5 wherein said notch on the bottom surface of said base has an offset portion and means for capturing a rod in said offset portion for supporting said base for pivotal movement and restrict movement lengthwise in relationship to said base.

Claim 10

An optical fiber termination module according to claim 1 wherein said magazine means comprises a cradle for supporting said splice which has a shape to receive the splice and contact it about a majority of its perimeter and said cradle being sufficiently long to allow some axial movement of the splice upon making a connection therein.

Claim 11

An optical fiber termination module according to claim 1 wherein said end wall has an aperture therein for receiving said coupling, said coupling having an opening therethrough defining an axis which is located parallel to said base, said plug being received in said opening of said coupling at one end and said length of optical fiber extending straight and substantially in axial alignment therefrom to said magazine means and into said splice positioned in said magazine means, and said magazine means including means for directing an optical fiber from a said cable into said splice whereby it can abut against said second end of said length of optical fiber.

Claim 12

An optical fiber termination module according to claim 10 wherein said support means includes a cover mounted adjacent to said end wall, pivot means for affording pivotal movement of the cover about an axis transverse to said base for movement of said cover toward and away from said base to cover said plug and magazine means.

Claim 13

An optical fiber termination module according to claim 11 wherein said cover includes projection means for actuation of a splice in said magazine means upon movement thereof toward said base.

Claim 14

An optical fiber termination module according to claim 11 wherein said base is an elongate narrow strip having a top surface supporting said magazine means and a bottom surface, said bottom surface having means remote from said end wall affording pivotal movement of said base about an axis transverse to said base for moving said end wall and said coupling about said remote means and stop means for limiting said pivotal movement to restrict the bending of a said cabled optical fiber spliced to said length of optical fiber.

Claim 15

An optical fiber termination module according to claim 13 wherein said cover has one end connected to said pivot means and a second end, detent means adjacent said second end thereof engagable with lip means for holding said base in a position against said stop means.

Claim 16

A distribution panel for use in connecting optical fibers in a cable to connectors for distribution, said panel including a support plate, said support plate having a generally planar surface and support means for positioning a rod in spaced parallel relationship to said plate, a plurality of optical fiber termination modules positioned in a side-by-side array along said rod, each module comprising an optical fiber connector coupling and a single connector plug connected to one end of a length of optical fiber and joined to said coupling, an optical fiber splice having opposite open ends for making connection between a second end of said length of optical fiber and the free end of an optical fiber from a cable, and support means for supporting said coupling and said splice, said support means comprising an end wall for supporting said coupling in fixed position thereon, a base joined to said end wall and extending away from said end wall, said base including magazine means for supporting said splice with said second end of said length of optical fiber in said splice, and means affording tilting movement of said module about said rod and in relationship to other modules to position said end wall of said module in spaced relationship to the end wall of others of said modules.

Claim 17

A distribution panel for use in connecting optical fibers in a cable to connectors for distribution, said panel including a support plate, said support plate having a generally planar surface and support means for positioning a rod in spaced parallel relationship to said plate, a plurality of optical fiber termination modules positioned in a side-by-side array along said rod, each module comprising an optical fiber connector coupling and a single connector plug connected to one end of a length of optical fiber and joined to said coupling, an optical fiber splice having opposite open ends for making connection between a second end of said length of optical fiber and the free end of an optical fiber from a cable, and support means for supporting said coupling and said splice, said support means comprising an end wall for supporting said coupling in fixed position thereon, a base joined to said end wall and extending away from said end wall, said base including magazine means for supporting said splice with said second end of said length of optical fiber in said splice, and means affording tilting movement of said module about said rod and in relationship to other modules to position said end wall of said module in spaced relationship to the end wall of others of said modules.

Claim 18

A distribution panel according to claim 15 wherein said base is an elongate narrow strip integrally molded with said end wall.

Claim 19

A distribution panel according to claim 16 wherein said end wall has an opening for receiving one end of said coupling and mounting means for affixing said coupling to said end wall.

Claim 20

A distribution panel according to claim 15 wherein said base is an elongate narrow strip having a top surface supporting said magazine means and a bottom surface, said bottom surface having means remote from said end wall to receive said rod for pivotal movement of said base about said rod transverse to said base for moving said end wall and said coupling of individual modules about said rod to raise said end wall from said plate, and stop means for limiting said pivotal movement.

Claim 21

A distribution panel according to claim 18 wherein said means remote from said end wall and said stop means includes a recess in said bottom surface of said base and said stop means is formed by a portion of said bottom surface inclined toward said top surface and away from said recess and said end wall.

Claim 22

A distribution panel according to claim 19 wherein said each support means includes a cover mounted adjacent to said end wall, pivot means for affording pivotal movement of the cover about an axis transverse to said base for movement of said cover toward and away from said base to cover said plug and magazine means.

Claim 23

A distribution panel according to claim 15 wherein said connector coupling and said magazine are in rigid position to place said splice and plug with the length of fiber therebetween in substantially axial alignment.

Claim 24

A distribution panel according to claim 21 wherein said length of fiber extends straight from said plug to said splice.

Claim 25

A distribution panel according to claim 15 wherein said length of fiber is less than 12 inches in length and extends straight from said plug to said splice.