Discrete optical receptacle assembly with alignment feature

Claim 2

An optical receptacle assembly, comprising: a receptacle housing, said housing further including, a main housing section having a first open end for receiving an optical plug or, alternatively, a receptacle cover, and a second open end for receiving an active optical device; an end panel section slidably insertable into said main housing section to cover said second open end, and to thereby enclose and secure the active optical device received therebetween against said main housing section.

Claim 3

The optical receptacle assembly according to claim 1, wherein said end panel section is provided with a plurality of protruding pegs, and the main housing section is provided with a corresponding plurality of channels for receiving said pegs, said pegs invading said channels in a secure resistance fit when said end panel section is slidably inserted into said main housing section and thereby fastening said end panel section thereto.

Claim 4

The optical receptacle assembly according to claim 2, wherein said end panel section is provided with a second pin that is receivable within said main housing section for stabilizing and aligning the end panel section during insertion into the main housing section.

Claim 5

The optical receptacle assembly according to claim 2, further comprising a receptacle cover for covering said second open end of said main housing.

Claim 6

The optical receptacle assembly according to claim 2, wherein said end panel section may be slidably inserted into said main housing section to enclose said active optical device therebetween, said active optical device being compressed against said main housing section and held in place by said resistance fit.

Claim 7

The optical receptacle assembly according to claim 2, further comprising a conductive shield formed as an enclosure in which said active optical device may be slidably inserted.

Claim 8

The optical receptacle assembly according to claim 6, wherein said end panel section may be slidably inserted into said main housing section to enclose said shield and active optical device therebetween, said shield and active optical device being compressed against aid main housing section and held in place by said resistance fit.

Claim 9

A duplex optical receptacle assembly, comprising: a duplex receptacle housing, said housing further including, a main housing section having a first open end for receiving a duplex optical plug or, alternatively, a receptacle cover, and a second open end for receiving two side-by-side active optical devices; an end panel section insertable into said main housing section to cover said second open end, and to thereby enclose and secure the active optical device received therebetween against said main housing section.

Claim 10

A duplex optical receptacle assembly, comprising: a duplex receptacle housing, said housing further including, a main housing section having a first open end for receiving a duplex optical plug or, alternatively, a receptacle cover, and a second open end for receiving two side-by-side active optical devices; an end panel section insertable into said main housing section to cover said second open end, and to thereby enclose and secure the active optical device received therebetween against said main housing section.

Claim 11

The optical receptacle assembly according to claim 8, wherein said panel section is provided with a plurality of protruding pegs, and the main housing section is provided with a corresponding plurality of channels for receiving said pegs, whereby said pegs invade said channels when said end panel section is slidably inserted into said main housing section to fasten said end panel thereto by a secure resistance fit.

Claim 12

The optical receptacle assembly according to claim 9, wherein said end panel section is provided with a second pin receivable within said main housing section for stabilizing and aligning the end panel section during insertion into the main housing section.

Claim 13

The optical receptacle assembly according to claim 9, further comprising a receptacle cover for covering said second open end of said main housing.

Claim 14

The optical receptacle assembly according to claim 9, wherein said end panel section may be slidably inserted into said main housing section to enclose said active optical devices therebetween, said active optical device being compressed against said main housing section and held in place by said resistance fit.

Claim 15

The optical receptacle assembly according to claim 9, further comprising a pair of conductive shields each formed as an enclosure for one of said active optical devices, said optical device being slidably insertable therein.

Claim 16

The optical receptacle assembly according to claim 13, wherein said end panel section may be slidably inserted into said main housing section to enclose said shields and active optical devices therebetween, said shields and active optical devices being compressed against said main housing section and held in place by said resistance fit.

Claim 17

An optical receptacle assembly, comprising: a receptacle housing for seating an active optical device of a type having a concave alignment face, said housing further including, a main housing section defining a central chamber, a first open end for receiving an optical plug or, alternatively, a receptacle cover, and a second open end for receiving said active optical device, said main housing section further including a ferrule formed integrally therein to provide an optical communication path to the concave face of said active optical device, said ferrule having a rimmed tip extending toward said second open end of said main housing section, an end panel section slidably insertable into said main housing section to cover said second open end thereby enclosing said active optical device, said end panel section urging said concave face of said active optical device against said rimmed tip of said ferrule, and said ferrule serving to bias said active optical device into alignment when said end panel section is fully inserted in said main housing section.

Claim 18

An optical receptacle assembly, comprising: a receptacle housing for seating an active optical device of a type having a concave alignment face, said housing further including, a main housing section defining a central chamber, a first open end for receiving an optical plug or, alternatively, a receptacle cover, and a second open end for receiving said active optical device, said main housing section further including a ferrule formed integrally therein to provide an optical communication path to the concave face of said active optical device, said ferrule having a rimmed tip extending toward said second open end of said main housing section, an end panel section slidably insertable into said main housing section to cover said second open end thereby enclosing said active optical device, said end panel section urging said concave face of said active optical device against said rimmed tip of said ferrule, and said ferrule serving to bias said active optical device into alignment when said end panel section is fully inserted in said main housing section.

Claim 19

The optical receptacle assembly according to claim 15, wherein one of said panel sections is provided with a plurality of protruding pegs, and the other of said panel sections is provided with a corresponding plurality of notches for receiving said pegs, whereby said pegs invade said notches when said end panel section is slidably inserted into said main housing section thereby fastening said end panel thereto by a secure resistance fit.

Claim 20

The optical receptacle assembly according to claim 16, further comprising a receptacle cover for covering said second open end of said main housing.

Claim 21

The optical receptacle assembly according to claim 16, wherein said end panel section may be slidably inserted into said main housing section to enclose said active optical device therebetween, said concave face of said active optical device being compressed against the rimmed of said ferrule in the main housing section and aligned thereon, and the alignment being maintained by said resistance fit.

Claim 22

The optical receptacle assembly according to claim 16, further comprising a conductive shield formed as an enclosure in which said active optical device may be slidably inserted, said shield being defined by an opening to expose said concave face of said active optical device when said device is inserted.

Claim 23

The optical receptacle assembly according to claim 16, wherein said end panel section may be slidably inserted into said main housing section to enclose said shield and active optical device therebetween, said exposed concave face of said active optical device being compressed against the rimmed tip of said ferrule in the main housing section to align said active optical device and to maintain said alignment by resistance fit.