Electrical connector with attachment for automatically shorting select conductors upon disconnection of connector

Claim 2

The electrical connector of claim 1 wherein: said elongated conductive elements (18) are arranged in spaced apart linear relation with respect to each other, a first one of said arm portions (32′) extends past at least two of said linearly spaced apart elongated conductor elements (18), and said other end of said first arm portion extends laterally outward so as to be resiliently biased into electrical contact with said select side of the last elongated conductive element (18) past which said first arm portion extends, and a second one of said arm portions (32˝) overlies said first arm portion (32′) and extends past at least one of said linearly spaced apart conductive elongated elements (18), but not past the last elongated conductive element (18) past which said first one of said arm portions (32′) extends and said other end of said second arm portion (32˝) extends laterally outward so as to be resiliently biased into electrical contact with said select side of the last elongated conductive element (18) past which said second arm portion (32˝) extends.

Claim 3

The electrical connector of claim 2 wherein: said connector member (12′) comprises a housing having a first surface which defines said planar surface (16′) from which said elongated conductive elements (18) extend and a plurality of depending side surfaces (14′) substantially orthogonal to said first surface (16′); and said base portion (30) of said shorting member is fixedly connected with respect to a select one of said side surfaces (14′).

Claim 4

The electrical connector of claim 1 wherein said elongated conductive elements (18) are arranged in spaced apart circumferential relation with respect to each other; said base portion (30) of said shorting member is fixedly connected within the area bounded by said circumferentially spaced apart elongated conductive elements (18); a first one (32A) of said arm portions extends from said area bounded by said circumferentially spaced apart elongated conductive elements (18) past a first one of said elongated conductive elements (18) and said other end of said first arm portion (32A) extends laterally outward so as to be resiliently biased into electrical contact with said select side of said first elongated conductive element (18); and a second one of said arm portions (32B) extends from said area bounded by said circumferentially spaced apart elongated conductive elements (18) past a second one of said elongated conductive elements (18) and said other end (34B) of said second arm portion extends laterally outward so as to be resiliently biased into electrical contact with said select side of said second elongated conductive element (18).

Claim 5

An electrical connector and receptacle assembly comprising: a connector member (12) defining a first substantially planar surface (16); a plurality of elongated conductive elements (18) extending outward from said first planar surface (16) in substantially parallel, spaced apart, insulated relation with respect to each other; a receptacle member (20) defining a second substantially planar surface (24); a plurality of elongated receptacles (26) extending inward from said second planar surface (24) in substantially parallel, spaced apart, insulated relation with respect to each other and in complementary relation with respect to said elongated conductive elements (18) to accommodate insertion of said elongated conductive elements (18) into respective ones of said receptacles (26); and a shorting member comprising a thin conductive sheet having a base portion (30) fixedly connected with respect to said connector member (12) in spaced relation with respect to each of said elongated conductive elements (18), and a plurality of thin elongated arm portions (32A,32B) each integrally connected at one end to said base portion (30) and cantilevered therefrom so as to extend past at least a respective one of said elongated conductive elements (18), the other end of each of said arm portions (34A,34B) extending laterally outward so as to be in electrically contacting relation with respect to a select side of that elongated conductive element (18) past which said arm portion extends, each said arm portion having an inherent resilient bias so as to urge its said other laterally extending end (34A,34B) away from said first planar surface (16) and into electrically contacting engagement with said select side of that elongated conductive element (18) past which that arm portion extends, the insertion of the elongated conductive elements (18) of said connector member (12) into the complementary receptacles (26) of said receptacle member (20) operating to bring said second planar surface (24) of said receptacle member (20) into engagement with the laterally extending other ends (34A,34B) of said arm portions so as to deflect said arm portions against their inherent resilient bias towards said first planar surface (16) and out of electrical connection to respective ones of said elongated conductive elements (18).

Claim 6

The assembly of claim 5 wherein: said elongated conductive elements (18) and complementary receptacles (26′) are arranged in respective spaced apart linear relation; a first one (32′) of said arm portions extends past at least two of said linearly spaced apart elongated conductive elements (18′) and said other end (34′) of said first arm portion (32′) extends laterally outward so as to be resiliently biased into electrical contact with said select side of the last elongated conductive element (18′) past which said first arm portion (32′) extends; a second one (32˝) of said arm portions overlies said first arm portion (32′) and extends past at least one of said linearly spaced apart conductive elongated elements (18), but not past the last elongated conductive element (18′) past which said first one (32′) of said arm portions extends and said other end (34˝) of said second arm portion (32′) extends laterally outward so as to be resiliently biased into electrical contact with said select side of the last elongated conductive element (18′) past which said second arm portion (32˝) extends; and the insertion of the elongated conductive elements (18′) of said connector member (12′) into the complementary receptacles (26′) of said receptacle member (20′) operate to bring said second planar surface (24′) of said receptacle member (20′) into engagement with the laterally extending other ends (34′,34˝) of said first and second arm portions (32′,32˝) so as to deflect said arm portions (32′,32˝) against their inherent resilient bias, towards said first planar surface (16′) and out of electrical connection to respective ones of said elongated conductive leads (18′).

Claim 7

The assembly of claim 6 wherein: said connector member (12′) comprises a housing having a first surface which defines said planar surface (16′) from which said elongated conductive elements (18) extend and a plurality of depending side surfaces (14′) substantially orthogonal to said first surface (16′); and said base portion (30′) of said shorting member is fixedly connected with respect to a select one of said side surfaces (14′).

Claim 8

The assembly of claim 5 wherein said elongated conductive elements (18′) and complementary receptacles (26) are arranged in respective spaced apart circumferential relation; said base portion (30) of said shorting member is fixedly connected within the area bounded by said circumferentially spaced apart elongated conductive elements (18); a first one (32A) of said arm portions extends from said area bounded by said circumferentially spaced apart elongated conductive elements (18) past a first one of said elongated conductive elements (18) and said other end (34A) of said first arm portion (32A) extends laterally outward so as to be resiliently biased into electrical contact with said select side of said first elongated conductive element (18); a second one of said arm portions (32B) extends from said area bounded by said circumferentially spaced apart elongated conductive elements (18) past a second one of said elongated conductive elements (18) and said other end (34B) of said second arm portion (32B) extends laterally outward so as to be resiliently biased into electrical contact with said select side of said second elongated conductive element (18); and, the insertion of the elongated conductive elements (18) of said connector member (12) into the complementary receptacles (26) of said receptacle member (20) operate to bring said second planar surface (24) of said receptacle member (20) into engagement with the laterally extending other ends (34A,34B) of said first and second arm portions (32A,32B) so as to deflect said arm portions (32A,32B) against their inherent resilient bias, towards said first planar surface (16) and out of electrical connection to said first and second elongated conductive leads (18), respectively.