I/O connector with resilient connecting means

Claim 2

An electric connector of the type having a insulative connector housing, a portion of which includes conductive shield disposed on an exterior surface of the connector housing, the connector comprising: a plurality of individual engagement members supported on the connector housing, each engagement member having a base portion and a tongue portion that extends from the base portion in a cantilevered fashion and terminates in a free end, the tongue portion free end extending above said connector housing and said shield disposed thereon, said connector housing including a plurality of recesses formed in a surface thereof, said recesses being equal in number to that of said engagement members, one engagement member being disposed in a corresponding one of said connector housing recesses, said shield having a plurality of apertures aligned with said connector housing recesses, whereby said tongue portion free ends project through said connector housing apertures in a position to contact a second shield of a second connector when said second connector is mated to said connector.

Claim 3

The connector as claimed in claim 1, wherein said apertures have respective lengths and widths that are less than corresponding respective lengths and widths of said recesses, whereby said engagement members are sandwiched between said connector housing and said shield.

Claim 4

The connector as claimed in claim 2, wherein said support base portions are sandwiched between said connector housing and said shield.

Claim 5

The connector as claimed in claim 1, wherein said engagement member tongue portions extend at an angle to said base portions.

Claim 6

The connector as claimed in claim 1, wherein said tongue portion free end includes a bent end portion that extends at an angle to said tongue portion, said bent end portion and said tongue portion cooperatively defining a contact surface of said engagement member that projects through an associated aperture in opposition to said second shield of said second connector.

Claim 7

The connector as claimed in claim 1, wherein said engagement members are press fit into said recesses.

Claim 8

The connector as claimed in claim 1, wherein said shield overlies said support portions.

Claim 9

The connector as claimed in claim 7, wherein said support portions include tang portions that extend outwardly therefrom into contact with said overlying shield.

Claim 10

The connector as claimed in claim 1, wherein said engagement members are stamped and formed from a conductive, resilient material.

Claim 11

The connector as claimed in claim 1, wherein said engagement members are spaced apart from each other and separated by a predetermined spacing.

Claim 12

An I/O connector, comprising: a connector housing formed from an electrically insulative material, the connector housing having a pedestal and a projection surrounding the pedestal, a plurality of electrically conductive terminals disposed on the connector housing pedestal, said connector further having an electrically conductive metal shield overlying the connector housing projection, the metal shield having at least one aperture formed therein, said connector housing projection including at least one recess formed therein, said metal shield aperture being aligned with said recess such that said metal aperture communicates with said recess, and at least one electrically conductive engagement member for engaging an opposing connector, the engagement member having a base portion that is received by said connector housing projection recess, said engagement member further having a contact portion with opposing first and second ends, said contact portion first end being joined to said base portion and said contact portion second end extending from said base portion in a cantilevered fashion and terminating in a free end, said contact portion extending out of said recess and projecting through said metal shield aperture for an extent sufficient to contact a metal shield of the opposing connector, when mated to said connector to establish an electrical connection therebetween.

Claim 13

An I/O connector, comprising: a connector housing formed from an electrically insulative material, the connector housing having a pedestal and a projection surrounding the pedestal, a plurality of electrically conductive terminals disposed on the connector housing pedestal, said connector further having an electrically conductive metal shield overlying the connector housing projection, the metal shield having at least one aperture formed therein, said connector housing projection including at least one recess formed therein, said metal shield aperture being aligned with said recess such that said metal aperture communicates with said recess, and at least one electrically conductive engagement member for engaging an opposing connector, the engagement member having a base portion that is received by said connector housing projection recess, said engagement member further having a contact portion with opposing first and second ends, said contact portion first end being joined to said base portion and said contact portion second end extending from said base portion in a cantilevered fashion and terminating in a free end, said contact portion extending out of said recess and projecting through said metal shield aperture for an extent sufficient to contact a metal shield of the opposing connector, when mated to said connector to establish an electrical connection therebetween.

Claim 14

The I/O connector as set forth in claim 11, wherein said metal shield includes a plurality of spaced-apart apertures formed therein that open into said recess, and said engagement member includes an elongated conductive strip and a plurality of contact portions spaced apart from each other, the contact portions being arranged such that they are aligned with said shield apertures and project therethrough.

Claim 15

The I/O connector as set forth in claim 10, wherein said connector housing projection includes a plurality of recesses formed therein, and said connector includes a plurality of individual engagement members, one of said engagement members being disposed in a corresponding one of said recesses, said metal shield further including a plurality of apertures formed therein, one of said apertures being associated with a corresponding one of said recesses, said metal shield overlying said member base portions to thereby retain said engagement members in said corresponding recesses.

Claim 16

The I/O connector as set forth in claim 13, wherein said engagement members are press fit into said recesses.

Claim 17

The I/O connector as set forth in claim 13, wherein said engagement members include tang portions that extend from said base portions thereof into contact with an opposing surface of said metal shield.

Claim 18

The I/O connector as set forth in claim 11, wherein said engagement members have respective lengths and widths that are greater than corresponding respective lengths and widths of said apertures, whereby said metal shield retains said engagement members in place within said apertures.

Claim 19

The I/O connector as set forth in claim 11, wherein said contact portions include a bend proximate to said free end, the bend defining a contact surface, said bend separating said contact portion into respective first and second portions, said contact portion first portion being angularly offset with respect to said contact portion second portion.

Claim 20

A connector, comprising: a housing formed from an electrically insulative material, the housing having an engagement end for engaging an opposing connector, said housing engagement end having a continuous projection therefrom, the projection surrounding a portion of a plurality of electrical contacts, a metal shield disposed on an exterior surface of said projection, said projection including a plurality of recesses formed therein and said shield including a like plurality of apertures aligned with said recesses and communicating therewith, said connector further including a plurality of engagement members disposed in said recesses, each of said engagement members including base portions received within said recesses, said engagement members further including contact portions projecting from said base portions, said contact portions extending away from said base portions and out of said shield apertures and further away from said connector housing, said contact portions engaging a second metal shield extending from said opposing connector when said connector is engaged with said opposing connector.

Claim 21

A connector, comprising: a housing formed from an electrically insulative material, the housing having an engagement end for engaging an opposing connector, said housing engagement end having a continuous projection therefrom, the projection surrounding a portion of a plurality of electrical contacts, a metal shield disposed on an exterior surface of said projection, said projection including a plurality of recesses formed therein and said shield including a like plurality of apertures aligned with said recesses and communicating therewith, said connector further including a plurality of engagement members disposed in said recesses, each of said engagement members including base portions received within said recesses, said engagement members further including contact portions projecting from said base portions, said contact portions extending away from said base portions and out of said shield apertures and further away from said connector housing, said contact portions engaging a second metal shield extending from said opposing connector when said connector is engaged with said opposing connector.

Claim 22

The connector as claimed in claim 18, wherein said contact portions are integrally formed with said base portions.

Claim 23

The connector as claimed in claim 18, wherein each of said contact portions has a free end with a contact surface formed thereon, said contact surface being disposed above the level of said shield.