Fiber optic connector storage apparatus and methods for using the same
View Patent ↗A fiber optic connector storage apparatus for storing a fiber optic connector having an exposed ferrule includes a housing and a dust cap portion. The housing defines a socket to receive and hold the fiber optic connector. The dust cap portion is integral with the housing and is configured to receive and protect the exposed ferrule when the fiber optic connector is inserted into the socket.
1. A fiber optic connector storage apparatus for storing a fiber optic connector having a connector housing and an exposed ferrule extending from the connector housing, the fiber optic connector storage apparatus comprising:
an adapter housing defining a socket to receive and hold the connector housing, the adapter housing including a panel mounting structure configured to secure the fiber optic connector storage apparatus to a mounting panel; and
a dust cap portion integral with the adapter housing and configured to receive and protect the exposed ferrule when the connector housing is inserted into the socket.
2. The fiber optic connector storage apparatus of claim 1 wherein the panel mounting structure includes a mount tab configured to receive a fastener to secure the fiber optic connector storage apparatus to the mounting panel.
3. The fiber optic connector storage apparatus of claim 1 wherein the panel mounting structure includes a snap tab to secure the fiber optic connector storage apparatus to the mounting panel.
4. The fiber optic connector storage apparatus of claim 1 wherein the dust cap portion is configured to conform to the ferrule when the exposed ferrule is inserted in the dust cap portion to limit exposure of the ferrule to contaminants.
5. The fiber optic connector storage apparatus of claim 4 wherein the dust cap portion is configured to form an air-tight fit about the exposed ferrule when the exposed ferrule is inserted in the dust cap portion.
6. The fiber optic connector storage apparatus of claim 1 wherein the adapter housing includes a connector mounting structure configured to secure the connector housing in the socket when the connector housing is inserted into the socket.
7. The fiber optic connector storage apparatus of claim 6 wherein the connector mounting structure includes a connector latch structure configured to interlock with the connector housing and thereby secure the connector housing in the socket.
8. The fiber optic connector storage apparatus of claim 1 wherein the dust cap portion is separately formed from and coupled to the adapter housing.
9. The fiber optic connector storage apparatus of claim 8 including a retention mechanism configured to releasably secure the dust cap portion to the adapter housing.
10. The fiber optic connector storage apparatus of claim 1 wherein:
the adapter housing defines a plurality of sockets each configured to receive and hold a connector housing of a respective fiber optic connector; and
the fiber optic connector storage apparatus includes a plurality of dust cap portions integral with the adapter housing and associated with a respective one of the plurality of sockets, wherein each dust cap portion is configured to receive the respective connector housing and protect the exposed ferrule thereof when the respective connector housing is inserted into the socket.
11. The fiber optic connector storage apparatus of claim 10 wherein the dust cap portions each form a part of an integral dust cap member.
12. The fiber optic connector storage apparatus of claim 11 wherein the integral dust cap member is separately formed from and coupled to the adapter housing.
13. The fiber optic connector storage apparatus of claim 12 wherein the integral dust cap member includes a mechanical retention structure to couple the integral dust cap member to the adapter housing.
14. The fiber optic connector storage apparatus of claim 1 wherein the fiber optic connector is an FC-type fiber optic connector or an SC-type fiber optic connector.
15. The fiber optic connector storage apparatus of claim 1 including:
a splitter module;
a connectorized optical fiber having one end adjoining the splitter module and a fiber optic connector mounted on an opposed end;
wherein the connector housing is installed in the socket so that the splitter module is coupled to the adapter housing by the connectorized optical fiber.
16. An optical fiber management system for use with a fiber optic connector having a connector housing and an exposed ferrule extending from the connector housing, the optical fiber management system comprising:
an interconnect cabinet having a mounting panel; and
a fiber optic connector storage apparatus including:
an adapter housing mounted on the mounting panel and defining a socket to receive and hold the connector housing; and
a dust cap portion integral with the adapter housing and configured to receive and protect the exposed ferrule when the connector housing is inserted into the socket.
17. The optical fiber management system of claim 16 wherein the adapter housing includes a panel mounting structure securing the fiber optic connector storage apparatus to the mounting panel.
18. The optical fiber management system of claim 16 including:
a splitter module mounted on the interconnect cabinet;
a connectorized optical fiber having one end adjoining the splitter module and a fiber optic connector mounted on an opposed end;
wherein the connector housing is installed in the socket so that the splitter module is coupled to the adapter housing by the connectorized optical fiber.
19. A method for storing a fiber optic connector having a connector housing and an exposed ferrule extending from the connector housing, the method comprising:
providing a fiber optic connector storage apparatus including:
an adapter housing mounted on a mounting panel and defining a socket to receive and hold the connector housing; and
a dust cap portion integral with the housing and configured to receive and protect the exposed ferrule when the connector housing is inserted into the socket; and
with the adapter housing mounted on the mounting panel, inserting the connector housing into the socket such that the exposed ferrule is received in and protected by the dust cap portion.
20. The method of claim 19 wherein the adapter housing includes a panel mounting structure and the method includes securing the fiber optic connector storage apparatus to the mounting panel using the panel mounting structure.
21. The method of claim 19 including:
removing the fiber optic connector from the socket and the dust cap portion; and thereafter
inserting the fiber optic connector in an interconnection jack to effect an optical fiber communication link through the fiber optic connector.
22. A fiber optic connector storage apparatus for storing a fiber optic connector having a connector housing and an exposed ferrule extending from the connector housing, the fiber optic connector storage apparatus comprising:
an adapter housing defining a socket to receive and hold the connector housing, the adapter housing including a connector mounting structure configured to secure the connector housing in the socket; and
a dust cap portion integral with the adapter housing and configured to receive and protect the exposed ferrule when the connector housing is inserted into the socket and secured in the socket by the connector mounting structure.
23. The fiber optic connector storage apparatus of claim 22 wherein the connector mounting structure includes a connector latch structure configured to interlock with the connector housing and thereby secure the connector housing in the socket.
24. A fiber optic connector storage apparatus for storing a fiber optic connector having a connector housing and an exposed ferrule extending from the connector housing, the fiber optic connector storage apparatus comprising:
an adapter housing defining a socket to receive and hold the connector housing; and
a dust cap portion integral with the adapter housing and configured to receive and protect the exposed ferrule when the connector housing is inserted into the socket;
wherein the dust cap portion is separately formed from and coupled to the adapter housing.