Adapter for a fiber-optic plug
View Patent ↗An adapter for a fiber-optic plug is disclosed, the adapter configured to be received in a port of a fiber-optic apparatus, the adapter comprising: a first opening proximate a first end of the adapter, the first opening configured to receive a multifiber fiber optic connector; a second opening proximate a second end of the adapter, the second opening configured to receive a hardened multifiber connector; an adapter body extending longitudinally between the first end of the adapter and the second end of the adapter and defining an internal cavity therethrough, the adapter body comprising: a first engagement mechanism at the first end of the adapter for engaging with the port of the fiber-optic apparatus; a second engagement mechanism between the first end of the adapter and the second end of the adapter for engaging with the multifiber fiber optic connector; a third engagement mechanism at the second end of the adapter for engaging with a hardened multifiber connector; a locating feature for locating the hardened multifiber connector in the adapter; and an alignment mechanism for aligning the adapter with the fiber-optic apparatus.
1 . An adapter for a fiber-optic plug, the adapter configured to be received in a port of a fiber-optic apparatus, the adapter comprising:
a first opening proximate a first end of the adapter, the first opening configured to receive a multifiber fiber optic connector;
a second opening proximate a second end of the adapter, the second opening configured to receive a hardened multifiber connector;
an adapter body extending longitudinally between the first end of the adapter and the second end of the adapter and defining an internal cavity therethrough, the adapter body comprising:
a first engagement mechanism at the first end of the adapter for engaging with the port of the fiber-optic apparatus;
a second engagement mechanism between the first end of the adapter and the second end of the adapter for engaging with the multifiber fiber optic connector;
a third engagement mechanism at the second end of the adapter for engaging with a hardened multifiber connector;
a locating feature for locating the hardened multifiber connector in the adapter; and
an alignment mechanism for aligning the adapter with the fiber-optic apparatus,
wherein the alignment mechanism is a first alignment mechanism and the adapter further comprises a second alignment mechanism for aligning the multifiber fiber-optic connector with respect to the adapter,
wherein the second alignment mechanism is a slot in the adapter configured to receive a key on the multifiber fiber-optic connector,
wherein the adapter further comprises a third alignment mechanism for aligning the hardened multifiber connector with respect to the adapter,
wherein the adapter key is a first adapter key; and
wherein the third alignment mechanism is a second adapter key comprised by the adapter and configured to be received in a slot in the hardened multifiber connector.
2 . An adapter according to claim 1 , wherein the adapter is configured to be received in the port of the fiber-optic closure.
3 . An adapter according to claim 1 , wherein the adapter is configured to be received in a hexagonal port of a fiber-optic closure.
4 . An adapter according to claim 1 , wherein the adapter is configured to be received in a port of a BPEO closure.
5 . An adapter according to claim 1 , wherein the first engagement mechanism is a snap fit engagement mechanism.
6 . An adapter according to claim 1 , wherein the second engagement mechanism is a snap fit engagement mechanism.
7 . An adapter according to claim 1 , wherein the third engagement mechanism is a threaded engagement mechanism.
8 . An adapter according to claim 1 , further comprising a shroud that extends beyond the first opening.
9 . An adapter according to claim 8 , wherein the shroud has a shape configured to guide the multifiber fiber-optic connector into the first opening.
10 . An adapter according to claim 8 , wherein the shroud comprises at least one opening that extends longitudinally from at least a medial portion of the shroud to the first end of the adapter.
11 . An adapter according to claim 1 , wherein the alignment mechanism is an adapter key configured to be received in a slot in the port of the fiber-optic apparatus.
12 . An adapter according to claim 1 , wherein the locating feature of the adapter is a protrusion on the inner surface of the cavity of the adapter.
13 . An adapter according to claim 1 , wherein the adapter further comprises a first seal configured to seal between the adapter and the fiber-optic apparatus.
14 . An adapter according to claim 13 , wherein the first seal circumscribes the body of the adapter.
15 . An adapter according to claim 1 , wherein the adapter further comprises a second seal configured to seal between the adapter and the hardened multi-fiber connector.
16 . An adapter according to claim 15 , wherein the second seal is configured to be received in the second opening of the adapter.