초록 ▼

An ejector mechanism for a card connector (1) is disclosed. The connector has an elongate housing (101) fixedly receiving a number of contacts (11). The housing has a bottom face for proximity to a PCB (3) on which the connector is mounted and a top face. The connector further includes a lower shiel

An ejector mechanism for a card connector (1) is disclosed. The connector has an elongate housing (101) fixedly receiving a number of contacts (11). The housing has a bottom face for proximity to a PCB (3) on which the connector is mounted and a top face. The connector further includes a lower shielding (15) fixed to the bottom face, an upper shielding (13) fixed to the top face and a guiding frame (12) fixed to lateral ends of the housing for guiding a card into/out of the connector. The ejector mechanism has a push-rod reciprocally mounted on the guiding frame. The push-rod has a distal end (1211) with an L-shaped configuration defining a hole (1214) between a horizontal section (1213) and a vertical section (1212) thereof and a proximal end (1221) for receiving a push force. An ejector lever 1120 is pivotably mounted on the lower shielding member and has a force-receiving end (1121) bent away from the lower shielding member into the hole in the distal end of the push-rod. An ejector plate (1110) is reciprocally mounted on the ejector lever and drivably connected therewith whereby when the ejector lever is pivoted by pushing the proximal end of the push-rod toward the housing, the ejector plate moves away from the housing to eject a card inserted into the card connector.

대표청구항 ▼

[ We claim:] [6.] An ejector mechanism for use with a card bus connector(1), comprising:a push-rod including at one end a vertical portion (1212) and a horizontal portion (1213), and a hole (1214) formed in an intersection of said vertical portion (1212) and said horizontal portion (1213) and being

[ We claim:] [6.] An ejector mechanism for use with a card bus connector(1), comprising:a push-rod including at one end a vertical portion (1212) and a horizontal portion (1213), and a hole (1214) formed in an intersection of said vertical portion (1212) and said horizontal portion (1213) and being communicative with an exterior in a lateral direction while being restrictively isolated from the exterior in a direction along which the push-rod moves with regard to the connector (1); andan ejector lever (1120) being pivotal with regard to a housing (101) of the connector (1), and defining a force-receiving end (1121) and a force-exerting end (1122) opposite to each other; whereinthe force-exerting end (1121) is connected to an ejector plate (1110) and moved in an opposite direction with regard to the push-rod, and the force-receiving end (1121) is connected to the push-rod under a condition that a tab (1126), at said force-receiving end (1121), extends upward a sufficient distance into the hole (1214) and above the horizontal portion (1213) so that said force-receiving end (1121) will not easily separate from the push-rod.