Super miniature, single fiber optical interconnect system with parallel slider push-push type insertion/withdrawal mechanism and method for using same

An optical fiber interconnect system comprising:

• A connector for carrying an optical fiber along a longitudinal axis;
• An adapter for operably connecting with the connector;
• Said adapter comprising a coupling mechanism for receiving and coupling with the connector upon application of a first pushing force to the connector so as to removably receive the connector in operably connected fashion;
• Said coupling mechanism including at least one slider operably connected to the adapter and moving in only a planar translational fashion in response to application of a pushing force to the connector;
• said slider having a neutral position that is off-center with respect to the longitudinal axis of the connector;
• Said coupling mechanism uncoupling the connector from the adapter upon the application of only a second pushing force in the same direction and at the same location as the first pushing force, so as to cause said slider to move in translational fashion with respect to the adapter for withdrawal of the connector from the adapter;
• Said connector comprising a modular contact having at least one angled latch proximate a first end thereof;
• A connector housing having an open end leading to an interior configured for engaged receipt of said modular contact therein;
• At least one opening in the connector housing for receipt of said angled latch when the modular contact is inserted therein so as to provide releasable retention of the modular contact within the connector housing;
• and
• Said connector housing being further configured to provide access to the angled latch from a side of the connector assembly for disengagement of the modular contact from said first end of the connector assembly.

An optical fiber interconnect system comprising:

• A connector for carrying at least one optical fiber;
• An adapter having one end for receiving the connector and operably connecting it to another connector inserted at an opposite end;
• A holder for operably mounting said adapter to a panel;
• and,
• A locking mechanism operably associated with the holder and interposed between the connector and the adapter and comprising a stopper rotating from an engaged position to a disengaged position for preventing accidental disconnection of the connector from the adapter.

An optical fiber interconnect system comprising;

• A connector carrying at least one optical fiber;
• An adapter having one end for receiving the connector and operably connecting it to another connector inserted at an opposite end;
• Said adapter including a push-push mechanism for receiving and retaining a connector at the first end thereof;
• Said push-push mechanism having a slider that is moved in only a translational fashion within a single plane and without rotation with respect to the connector, in response to said connector;
• Said slider having a neutral position that is off-center with respect to the longitudinal axis of the connector;
• and,
• A single spring member operably connected to said adapter to provide a biasing force to the push-push mechanism.

An optical fiber interconnect system comprising:

• A connector having an engagement pin and carrying at least one optical fiber;
• An adapter having one end for receiving the connector and operably connecting it to another connector inserted at an opposite end;
• A single spring member having first and second ends operably mounted to the adapter;
• A slider member slidably mounted for only translational motion in a single plane and without rotation on said adapter;
• The first end of the spring member being received within the slider member so as to spring bias the slider member and provide a neutral position that is off-center;
• The second end of the spring member being retained within the adapter;
• Said engagement pin engaging and retaining the slider when the connector is inserted in the adapter;
• and,
• Wherein application of a single pushing force on said connector serves to connect said connector to said adapter and application of only a second pushing force to the connector in the same direction as the first pushing force serves to automatically disconnect the connector from the adapter.