Fiber optic module release mechanism
View Patent ↗A fiber optic connector release mechanism that is used to release a transceiver module from a cage assembly includes a pivoting bail that operates a slide plate on the transceiver module. The locking mechanism comprises a locking projection on an underside of the module housing which mates with an aperture in a flexible locking tab on an underside of the cage. When the release mechanism is actuated, a flexible lifting tab on the slide plate is urged upward by a trailing edge of the locking projection on an underside of the module housing, which in turn moves the locking tab on the cage upward, thereby disengaging the locking tab from the locking projection.
1. A module release mechanism in combination with a transceiver module housed in a cage assembly comprising:
a bail, and
a slide plate; wherein
when said bail is in a locked position, a locking projection on said transceiver module is engaged with a locking tab on said cage assembly such that said transceiver module is secured in an installed position in said cage assembly, and
when said bail is moved from said locked position, said slide plate is actuated by said bail, said slide plate moving said locking tab on said cage assembly away from said locking projection on said transceiver module, movement of said locking tab away from said locking projection being accomplished by said slide plate moving forward relative to said transceiver module so that a lifting tab of said slide plate contacts an angled or arced surface of said locking projection on said transceiver module, said lifting tab moving upward relative to a forward travel path of said slide plate, a contact area of said slide plate contacting said locking tab of said cage assembly, thereby disengaging said locking tab from said locking projection and releasing said transceiver module from said cage assembly.
2. The release mechanism of claim 1 wherein:
said bail cannot move far enough to cause said slide plate to move unless plug bays of said transceiver module are not occupied by plugs.
3. The release mechanism of claim 1 wherein:
said slide plate is mounted on said transceiver module by slide travel slots in said slide plate that rest on slide plate mounts projecting outward from said transceiver module.
4. The release mechanism of claim 1 wherein:
said transceiver module comprises at least one axis mounting socket to receive a pivot axis of said bail.
5. The release mechanism of claim 1 wherein:
said transceiver module comprises a travel arc to guide a travel path of said bail.
6. The release mechanism of claim 1 wherein:
said transceiver module comprises at least one slide plate mount.
7. The release mechanism of claim 1 wherein:
a catch mechanism secures said bail in said locked position.
8. The release mechanism of claim 7 wherein:
said catch mechanism comprises a slot and a boss.