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Device for Managing Optical Fibers

IP.com Disclosure Number: IPCOM000019894D
Publication Date: 2003-Oct-07
Document File: 3 page(s) / 109K

Publishing Venue

The IP.com Prior Art Database

Abstract

The increased use of optical fibers in the infrastructure of telecommunication switching stations has resulted in the use of fiber optic devices in areas that were previously dominated by electrical devices. Optical fibers, unlike electrical conductors, require control of the fiber's bend radius.

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The increased use of optical fibers in the infrastructure of telecommunication switching stations has resulted in the use of fiber optic devices in areas that were previously dominated by electrical devices. Optical fibers, unlike electrical conductors, require control of the fiber’s bend radius.

Disclosed herein is a device for use in managing a plurality of optical fibers. The device has a plurality of components that interlock to form a fiber management assembly. In particular, the device contains an assortment of stock parts that can be snapped together to form the fiber management assembly that insures the proper bend radius control of the optical fibers being routed.

The illustrations depicted below show a multitude of basic building block shapes arranged and joined to form a fiber optic routing device.

Referring now to Figure 1, device 1 contains straight duct section 2, corner section 4 (generally a 90-degree corner), fiber accumulation component 6 and corresponding cover devices 3, 5, and 7. The cover devices contain retention tab 10 at each distal end. During assembly, the retention tabs are trapped under cover devices to provide the required cover retention. The sidewalls of the duct section are provided with scored features at the base to allow individual wall segments 15 to be easily removed during the assembly of device 1. The removal of the individual wall segments can be accomplished by using a tool to grab the segments and to break the segments off at score line 14 or the segments can be removed by nipping it at its base with a cutting tool. Additionally, breakout support 9 is shown breaking out of the side of the duct section. The breakout support is depicted as a 90-degree elbow with a snap attachment feature 12 formed at one distal end. The snap engagement feature is formed to engage the vertical wall segment generally at location 11. In this embodiment, all of the attachments of the components use a common snap attachment technique.

Other methods of attachment can be used. Examples of these other metho...