Distribution module for an optic fiber distribution hub
First Claim
1. A distribution module for a fiber optic distribution hub, said distribution module comprising a plurality of service connection circuit trays structured to slidingly transition from a stowed position to a deployed position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray, each circuit tray including a latching mechanism structured to retain the respective circuit tray in the stowed position and in the deployed position, the latching mechanism comprising a spring lever attached to a latch-side side rail of the respective circuit tray, the spring lever including a tongue biased by the spring lever to interlock with one of a plurality of stowed position receptors in a receptor strut coupled to the distribution module when the respective circuit tray is in the stowed position, and biased by the spring lever to interlock with one of a plurality of deployed position receptors in the receptor strut when the respective tray is in the deployed position.
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Accused Products
Abstract
In accordance with various embodiments of the present disclosure, a distribution module for a fiber optic distribution hub is provided. The distribution module includes a plurality of service connection circuit trays structured to slidingly transition from a parked position to an extended position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray.
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Citations
12 Claims
- 1. A distribution module for a fiber optic distribution hub, said distribution module comprising a plurality of service connection circuit trays structured to slidingly transition from a stowed position to a deployed position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray, each circuit tray including a latching mechanism structured to retain the respective circuit tray in the stowed position and in the deployed position, the latching mechanism comprising a spring lever attached to a latch-side side rail of the respective circuit tray, the spring lever including a tongue biased by the spring lever to interlock with one of a plurality of stowed position receptors in a receptor strut coupled to the distribution module when the respective circuit tray is in the stowed position, and biased by the spring lever to interlock with one of a plurality of deployed position receptors in the receptor strut when the respective tray is in the deployed position.
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5. A distribution module for a fiber optic distribution hub, said distribution module comprising a plurality of service connection circuit trays structured to slidingly transition from a stowed position to a deployed position to allow independent access to any one of a plurality of optic fiber circuits retained within each respective circuit tray, each circuit tray including:
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a latching mechanism structured to retain the respective circuit tray in the deployed position; and a latch assist handle extending from the latch-side side rail, adjacent the latching mechanism. - View Dependent Claims (6, 7, 8)
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- 9. A method for providing independent access to any one of a plurality of optic fiber circuits within a fiber optic distribution hub, said method comprising retaining a plurality of optic fiber circuits within a service connection tray stored within a distribution module of the distribution hub, retaining the circuit tray in a stowed position utilizing a latching mechanism attached to a latch-side rail of the circuit tray, slidingly transitioning the service connection circuit tray from the stowed position to a deployed position, and retaining the circuit tray in the deployed position utilizing the latching mechanism, wherein the latching mechanism comprises a spring lever including a tongue, and retaining the circuit tray in the stowed position comprises biasing the tongue, via the spring lever, to interlock with one of a plurality of stowed position receptors in a receptor strut coupled to the distribution module, and retaining the circuit tray in the deployed position comprises biasing the tongue, via the spring lever, to interlock with one of a plurality of deployed position receptors in the receptor strut.
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12. A method for providing independent access to any one of a plurality of optic fiber circuits within a fiber optic distribution hub, said method comprising retaining a plurality of optic fiber circuits within a service connection tray stored within a distribution module of the distribution hub, slidingly transitioning the service connection circuit tray from a stowed position to a deployed position, and retaining the circuit tray in the deployed position utilizing a latching mechanism attached to a latch-side rail of the circuit tray, wherein slidingly transitioning the circuit tray comprises utilizing a latch assist handle extending from the latch-side side rail, adjacent the latching mechanism, to assist in transitioning the circuit tray from the stowed position to the deployed position.
Specification