Granted Patent B2

US 7,636,507 · App. 11/213,772 · Granted Dec 22, 2009

Abstract

Claims (47)

1. A splitter module comprising:

a module housing extending from a first end to a second end and extending between a top and a bottom, the module housing including a first shell and a second shell cooperating to define a hollow interior, at least one of the shells including splitter supports that extend between the top and bottom of the module housing;

a first connector arranged at the first end of the module housing, the first connector being adapted to receive a first incoming optical signal from an adapter;

a splitter including a splitter housing arranged within the hollow interior of the module housing and supported by the splitter supports, the splitter being adapted to receive the incoming optical signal via an input fiber extending between the first connector and the splitter housing and to split the incoming optical signal into a plurality of output signals;

a plurality of output fibers adapted to receive the plurality of output signals from the splitter via a plurality of proximal ends and to make the output signals available to a destination via a plurality of distal ends; and

wherein the module housing is configured to:

support the first connector in a position to facilitate blind mating the first connector with the adapter, where the adapter makes the incoming optical signal available to the first connector,

guide the input fiber from the first connector to the splitter housing without looping excess length of the input fiber,

support the plurality of proximal ends of the output fibers at the second end of the module housing, and

engage an interior portion of a splitter module guide to facilitate the blind mating of the adapter to the first connector.

2. The splitter module of claim 1 , wherein the module housing is further adapted to:

engage the interior portion of the splitter module guide if a guide on the module housing is compatible with a guide on the interior portion of the splitter module guide.

3. The splitter module of claim 2 , wherein the guide on the module housing and the guide on the interior portion of the splitter module guide operate to align the splitter module with respect to the splitter module guide to facilitate the blind mating of the adapter to the first connector.

4. The splitter module of claim 1 , wherein the splitter module further comprises:

a fiber management guide; and

a boot extending outwardly from the second end of the module housing.

5. The splitter module of claim 1 , further comprising:

a latching device adapted to retain the splitter module in a determined relationship with respect to the splitter module guide or the adapter when the latching device is in an engaged position.

6. The splitter module of claim 5 , wherein the latching device is adapted to be operated via one hand.

7. The splitter module of claim 1 further comprising:

a second connector arranged at the first end of the module housing, the second connector being adapted to receive a second incoming signal from another adapter.

8. The splitter module of claim 1 , further comprising:

a first alignment aide adapted to operate with a second alignment aide associated with the splitter module guide, where the alignment aids are adapted to cooperatively operate to facilitate aligning the splitter module with the splitter module guide.

9. A fiber optic splitter module comprising:

a module housing defining a hollow interior and extending from a first side to a second, opposite side, the first side of the module housing including an input defining an input axis and the second side of the module housing including an output defining an output axis, the output being arranged relative the input so that the output axis extends generally parallel the input axis;

a splitter including a splitter housing arranged within the hollow interior of the module housing, the splitter housing having a longitudinal axis that is substantially coaxial with the output axis, the splitter being configured to split a first optical signal into a plurality of optical signals;

an incoming optical fiber routed from the input of the module housing to a first end of the splitter housing to provide the first optical signal to the splitter;

a plurality of outgoing optical fibers routed from a second end of the splitter housing to the output of the module housing; and

an output boot extending outwardly from the second end of the module housing generally coaxial with the longitudinal axis of the splitter housing, the output boot enclosing a portion of the outgoing optical fibers;

wherein the input of the module housing comprises at least a first optical connector terminating a first end of the incoming optical fiber opposite the splitter housing;

wherein the input of the module housing comprises a second optical connector terminating a first end of a second incoming optical fiber routed to the first end of the splitter housing; and

wherein the outgoing optical fibers comprise a first group of outgoing optical fibers and a second group of outgoing optical fibers, the first group being associated with the incoming optical fiber and the second group being associated with the second incoming optical fiber.

10. An adapter housing comprising:

a first opening configured to:

receive a first adapter configured to:

receive a first input connector via a first end of the first adapter, where the first input connector is associated with a first incoming optical fiber that carries a first incoming optical signal, and

make the first incoming optical signal available to an optical splitter via a second end of the first adapter in a manner that facilitates blind mating the second end of the first adapter to a first splitter connector associated with the optical splitter;

wherein the first adapter is floatably mounted in the first opening to facilitate the blind mating;

wherein the first adapter is floatably mounted using a spring.

11. A splitter module guide, comprising:

a housing comprising:

a first end configured to include a first opening to receive a first end of a splitter module that includes an input connector adapted to receive an incoming optical signal; and

a second end configured to include a second opening to receive a first side of an adapter that is adapted to make the incoming optical signal available to the input connector via a blind mated connection;

wherein the housing is mounted on a swing frame within an enclosure.

12. The splitter module guide of claim 11 , wherein the housing further comprises:

an alignment device to facilitate guiding the splitter module from the first opening to the second opening in a manner that facilitates the blind mated connection.

13. The splitter module guide of claim 12 , where the alignment device operates as a key to allow the blind mated connection when the input connector is compatible with the adapter.

Assignments (18)