Splice holder device using downwardly-extending arms
View Patent ↗A splice tray ( 100 ) to hold a splice holder device ( 180 ) configured hold both a mechanical splice and a fusion splice, each having a different shape. A splice holder device ( 180 ) includes a first splice channel and second splice channel. Each splice channel includes one or more flexible arms spaced along a length of the splice channel to provide a resistance against a housing of the splice. Also, each channel includes one or more base supports and one or more upper stops. The flexible arms extend from a channel wall at an angle to provide force components in orthogonal directions.
1. A splice tray, comprising:
an integral splice holder device configured to support two or more different types of fiber splices, wherein the splice holder device includes a first splice channel and a second splice channel wherein each splice channel includes one or more flexible arms spaced along a length of each splice channel to provide a resistance against an individual fiber splice and wherein each channel includes one or more base supports and one or more upper stops, wherein the flexible arms extend downward from a channel wall at an angle to provide a force to hold the fiber splice between the one or more upper stops and the flexible arms and wherein each splice channel is capable of holding either a mechanical splice or a fusion splice.
2. The splice tray of claim 1 , wherein, each flexible arm further comprises a lip or ridge structure for further support of the fiber splice when engaging with the flexible arms.
3. The splice tray of claim 1 , wherein the fiber splice is one of a single fiber splice, a mass fiber splice and a ribbon fiber splice.
4. The splice tray of claim 1 , wherein the splice holder device is configured to support at least one mechanical splice and at least one fusion splice.
5. The splice tray of claim 1 , wherein the splice holder configured to support at least one of a 1×N fiber optic splitters, a 2×N fiber optic splitters, a WDM components, a CWDM components, and combinations thereof.
6. The splice tray of claim 5 , wherein the telecommunications enclosure is a network interface device.
7. The splice tray of claim 1 , wherein the splice tray is mountable in a telecommunications enclosure.
8. The splice tray of claim 1 , wherein the flexible arms exert a force against the splice in both a horizontal direction towards a center wall and a vertical direction towards upper stops.