Closure for optical fiber splice connectors

Claim 2

An optical fiber splice closure to protect splice connectors securing optical fibers together comprising: a pair of housing segments; an organizer tray; guide surfaces on said organizer tray to form a loop in an optical fiber such that the loop has a predetermined minimum radius; means for securing splice connectors to said organizer tray; a body of flowable sealant in each of said housing segments; and means securing said housing segments to form a closure around said organizer tray, the volume of said body of sealant being greater than the volume of said closure such that sealant flows to form a waterproof seal around said organizer tray and to encapsulate the splice connectors in said body of sealant.

Claim 3

An optical fiber splice closure according to claim 1, said guide surfaces comprising: semi-circular end walls on said organizer tray.

Claim 4

An optical fiber splice closure according to claim 2, with the addition of: a rear wall extending between said semi-circular end walls.

Claim 5

An optical fiber splice closure according to claim 3 with the addition of: a ledge on said rear wall, said ledge and edges of said semi-circular end walls lying in a common plane.

Claim 6

An optical fiber splice closure according to claim 4 with the addition of a partition extending between said semi-circular end walls; and a ledge on said partition, said partition and said ledge on said partition being shaped and configured to prevent arcing between conductive shielding on an optical fiber cable and splice connectors joining fibers of the cable segments, said ledge on said partition lying in said common plane.

Claim 7

An optical fiber splice closure to protect splice connectors securing optical fibers together comprising: housing segments; an organizer tray; semi-circular guide surfaces on opposite ends of said organizer tray to form a loop in an optical fiber such that the loop has a minimum radius of at least two inches; a rear wall extending between said semi-circular guide surfaces; a partition extending between said semi-circular guide surfaces; a ledge on said partition, said partition and said ledge on said partition being shaped and configured to prevent arcing between conductive shielding on an optical fiber cable and splice connectors joining fibers of the cable segments; a body of flowable sealant in each of said housing segments; and means securing said housing segments to form a closure around said organizer tray, the volume of said body of sealant being greater than the volume of said closure such that sealant flows to form a waterproof seal against ingress of moisture into said closure.

Claim 8

An optical fiber splice closure to protect splice connectors securing optical fibers together comprising: housing segments; an organizer tray; semi-circular guide surfaces on opposite ends of said organizer tray to form a loop in an optical fiber such that the loop has a minimum radius of at least two inches; a rear wall extending between said semi-circular guide surfaces; a partition extending between said semi-circular guide surfaces; a ledge on said partition, said partition and said ledge on said partition being shaped and configured to prevent arcing between conductive shielding on an optical fiber cable and splice connectors joining fibers of the cable segments; a body of flowable sealant in each of said housing segments; and means securing said housing segments to form a closure around said organizer tray, the volume of said body of sealant being greater than the volume of said closure such that sealant flows to form a waterproof seal against ingress of moisture into said closure.

Claim 9

An optical fiber splice closure to protect splice connectors securing optical fibers together comprising: a pair of housing segments; an organizer tray having a central portion, said central portion having a central opening extending therethrough; semi-circular guide shoulders on said central portion, said guide shoulders extending around a portion of said central opening; semi-circular end walls on said organizer tray to form a loop in an optical fiber, said guide shoulders being configured such that the loop has a predetermined minimum radius; means extending between said end walls and said shoulders to maintain optical fibers adjacent said central portion of said organizer tray; a body of flowable sealant in each of said housing segments; and means securing said housing segments to form a closure around said organizer tray, the volume of said body of sealant being greater than the volume of said closure such that sealant flows through said central opening to form a waterproof seal against ingress of moisture in said closure.

Claim 10

An optical fiber splice closure to protect splice connectors securing optical fibers together comprising: a pair of housing segments; an organizer tray having a central portion, said central portion having a central opening extending therethrough; semi-circular guide shoulders on said central portion, said guide shoulders extending around a portion of said central opening; semi-circular end walls on said organizer tray to form a loop in an optical fiber, said guide shoulders being configured such that the loop has a predetermined minimum radius; means extending between said end walls and said shoulders to maintain optical fibers adjacent said central portion of said organizer tray; a body of flowable sealant in each of said housing segments; and means securing said housing segments to form a closure around said organizer tray, the volume of said body of sealant being greater than the volume of said closure such that sealant flows through said central opening to form a waterproof seal against ingress of moisture in said closure.