Optoelectric module with pop-out tab based latching/delatching mechanism
First Claim
1. An optoelectric module with pop-out tab based latching/delatching mechanism comprising:
- an optoelectric module including a housing having a front face with an opening and designed to receive an optical transceiver nestingly engaged in the opening in the housing, the optoelectric module being designed to cooperate with a spring latch positioned to latch the module nestingly in a cage;
an actuator mounted on an outer surface of the housing and movable from a latched orientation in which the housing is latched in the cage to a delatched orientation in which the actuator engages the spring latch to move the spring latch to a delatched position; and
a bail latch pivotally mounted on the module for movement between a stored position and a module removal position, the bail latch being engaged with the actuator so as to move from the stored position to the module removal position with movement of the actuator from the latched orientation to the delatched orientation.
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Accused Products
Abstract
An optoelectric module includes a housing having a front face with an opening designed to receive an optical transceiver nestingly engaged therein. The optoelectric module includes a discontinuity in an outer surface positioned to cooperate with a spring latch formed in an inner surface of the cage to latch the module in a fully nested orientation within the cage. An actuator is mounted on an outer surface of the housing and movable from an orientation in which the housing is latched in the cage to an orientation in which the actuator engages the spring latch and disengages it from the discontinuity. A bail latch is pivotally mounted for movement between a stored position and a module removal position and is engaged with the actuator to move from the stored position to the module removal position with movement of the actuator from the latched orientation to the delatched orientation.
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Citations
7 Claims
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1. An optoelectric module with pop-out tab based latching/delatching mechanism comprising:
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an optoelectric module including a housing having a front face with an opening and designed to receive an optical transceiver nestingly engaged in the opening in the housing, the optoelectric module being designed to cooperate with a spring latch positioned to latch the module nestingly in a cage; an actuator mounted on an outer surface of the housing and movable from a latched orientation in which the housing is latched in the cage to a delatched orientation in which the actuator engages the spring latch to move the spring latch to a delatched position; and a bail latch pivotally mounted on the module for movement between a stored position and a module removal position, the bail latch being engaged with the actuator so as to move from the stored position to the module removal position with movement of the actuator from the latched orientation to the delatched orientation. - View Dependent Claims (2, 3, 4, 5, 6)
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7. An optoelectric module with pop-out tab based latching/delatching mechanism comprising:
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an optoelectric module including a housing having a front face with an opening and designed to receive an optical transceiver nestingly engaged in the opening in the housing, the optoelectric module including a discontinuity formed in an outer surface and positioned to cooperate with a spring latch formed in an inner surface of the cage to latch the module in a fully nested orientation within a cage; an actuator mounted on an outer surface of the housing by an actuator mount so as to extend forward beyond the front face of the optoelectric module to form a horizontally movable pop-out tab, the pop-out tab being horizontally movable from a latched orientation in which the housing is latched in the cage to a delatched orientation in which the actuator engages the spring latch to disengage the spring latch from the discontinuity; and a bail latch pivotally mounted on one of the actuator and the actuator mount for movement between a stored position and a module removal position, the bail latch being engaged with the actuator so as to move from the stored position to the module removal position with movement of the actuator from the latched orientation to the delatched orientation.
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Specification