Release mechanism for transceiver module assembly

Claim 2

An electrical module assembly configured for latching engagement with a receptacle assembly adapted for mounting to a printed circuit board, said electrical module assembly comprising: a release mechanism comprising at least one actuator arm adapted to extend longitudinally along a respective one of opposite side walls of the receptacle assembly, said actuator arm comprising an ejector tab extending longitudinally therewith; and a pivotally mounted bail selectively positonable between a latched position and an unlatched position, said bail engaging said actuator arm when moved to said unlatched position and longitudinally pulling said actuator arm to release said ejector tab from the receptacle assembly.

Claim 3

An electrical module assembly in accordance with claim 1 , said at least one actuator arm comprising a tapered leading end adjacent said ejector tab and inclined toward said ejector tab, said ejector tab comprising a ramped surface oppositely inclined to said tapered leading end.

Claim 4

An electrical module assembly in accordance with claim 1 , said at least one actuator arm comprising an engagement surface, said bail separated from said engagement surface when in said latched position, said bail contacting said engagement surface when in said unlatched position.

Claim 5

An electrical module assembly in accordance with claim 1 , said at least one actuator arm comprising an engagement surface extending transverse to a longitudinal axis through said actuator arm.

Claim 6

An electrical module assembly in accordance with claim 1 wherein said actuator arm comprises a slot and said bail comprises a ledge, said ledge extending into said slot and engaging said arm as said bail is rotated.

Claim 7

An electrical module assembly in accordance with claim 1 wherein said bail comprises a wire element.

Claim 8

An electrical module assembly in accordance with claim 1 wherein said at least one actuator arm comprises a longitudinally extending main body, an ejection tab extending longitudinally from said body, and a foot portion extending laterally from said body, said bail hooking over said foot portion and pulling said actuator arm as said bail is rotated.

Claim 9

An electrical module assembly in accordance with claim 1 wherein said actuator arm includes a raised surface, said bail contacting said raised surface as said bail is rotated, thereby flexing said bail and permitting longitudinal movement of said actuator arm to release said module assembly.

Claim 10

An electrical module assembly configured for latching engagement with a receptacle assembly adapted for mounting to a printed circuit board, said electrical module assembly comprising: first and second side walls, each of said first and second side walls including a retention cavity, each of said first and second side walls configured for slidable insertion into a guide frame of the receptacle assembly; a release mechanism comprising first and second actuator arms adapted to extend longitudinally adjacent a respective one of opposite side walls of the guide frame, each of said arms comprising an ejector tab extending longitudinally therewith and configured to deflect a latch tab formed in each of the side walls of the guide frame; and a pivotally mounted bail coupled to said module assembly, said bail configured to engage said actuator arms and displace said actuator arms along a longitudinal axis of said module assembly when said actuator is moved from a latched position to an unlatched position, said bail disengaged from said actuator arms when said bail is in said latched position.

Claim 11

An electrical module assembly configured for latching engagement with a receptacle assembly adapted for mounting to a printed circuit board, said electrical module assembly comprising: first and second side walls, each of said first and second side walls including a retention cavity, each of said first and second side walls configured for slidable insertion into a guide frame of the receptacle assembly; a release mechanism comprising first and second actuator arms adapted to extend longitudinally adjacent a respective one of opposite side walls of the guide frame, each of said arms comprising an ejector tab extending longitudinally therewith and configured to deflect a latch tab formed in each of the side walls of the guide frame; and a pivotally mounted bail coupled to said module assembly, said bail configured to engage said actuator arms and displace said actuator arms along a longitudinal axis of said module assembly when said actuator is moved from a latched position to an unlatched position, said bail disengaged from said actuator arms when said bail is in said latched position.

Claim 12

An electrical module assembly in accordance with claim 9 wherein at least one of said actuator arms comprises a foot portion and a slot adjacent said foot portion, a portion of said bail extending into said slot and engaging said actuator arm when said bail is rotated to said unlatched position.

Claim 13

An electrical module assembly in accordance with claim 9 wherein each of said actuator anus comprises a longitudinally extending main body, said ejection tab extending longitudinally from said body, and a foot portion extending laterally from said body.

Claim 14

An electrical module assembly in accordance with claim 9 wherein said bail is seated within a channel in said module assembly when in said latched position.

Claim 15

An electrical module assembly in accordance with claim 9 wherein each of actuator arms comprises a foot portion, and said bail hooks over said foot portion as said bail is rotated to said unlatched position.

Claim 16

An electrical module assembly comprising: a receptacle assembly comprising a guide frame having a top wall, a bottom wall and opposite side walls, each of said side walls comprising a latch tab therein; a transceiver module assembly configured for insertion into said guide frame, said transceiver module assembly comprising opposite side surfaces extending adjacent said side walls of said guide frame when said module assembly is inserted into said guide frame, each of said side surfaces of the module assembly comprising a retention cavity for engagement with a respective one of said latch tabs of said receptacle assembly; a release mechanism comprising first and second substantially parallel actuator arms adapted for sliding engagement with said retention cavities of said module assembly, said actuator arms positionable longitudinally adjacent a respective one of side wails of the guide frame, each of said arms comprising an ejector tab extending longitudinally therewith and configured to deflect a respective one of said latch tabs of said guide frame; and a pivotally mounted bail coupled to said module assembly and configured to directly engage said actuator arms to unlatch said module assembly from said guide frame, said bail and said actuator arms configured to position said ejector tabs relative to said latch tabs to manually release said module assembly from said guide frame without the use of bias elements.

Claim 17

An electrical module assembly comprising: a receptacle assembly comprising a guide frame having a top wall, a bottom wall and opposite side walls, each of said side walls comprising a latch tab therein; a transceiver module assembly configured for insertion into said guide frame, said transceiver module assembly comprising opposite side surfaces extending adjacent said side walls of said guide frame when said module assembly is inserted into said guide frame, each of said side surfaces of the module assembly comprising a retention cavity for engagement with a respective one of said latch tabs of said receptacle assembly; a release mechanism comprising first and second substantially parallel actuator arms adapted for sliding engagement with said retention cavities of said module assembly, said actuator arms positionable longitudinally adjacent a respective one of side wails of the guide frame, each of said arms comprising an ejector tab extending longitudinally therewith and configured to deflect a respective one of said latch tabs of said guide frame; and a pivotally mounted bail coupled to said module assembly and configured to directly engage said actuator arms to unlatch said module assembly from said guide frame, said bail and said actuator arms configured to position said ejector tabs relative to said latch tabs to manually release said module assembly from said guide frame without the use of bias elements.

Claim 18

A module assembly in accordance with claim 14 wherein said bail comprises a wire formed element.

Claim 19

A module assembly in accordance with claim 14 wherein said bail is seated within a channel in said module assembly when in a latched position.

Claim 20

A module assembly in accordance with claim 14 wherein said bail comprises a pair of actuator hooks, each of hooks engaging one of said actuator arms to pull said module assembly from said guide frame.