Electrical connector having double lock arrangement for the electrical contacts

Claim 2

An electrical connector, comprising: a dielectric housing having passageway means extending therethrough; electrical contact means positioned in said passageway means; resilient latching means provided by said housing and having latching-projection means engaging said contact means thereby retaining said contact means in said passageway means, said housing having locking plate-receiving means adjacent said resilient latching means; locking plate means having first section means and second section means separable from said first section means, said second section means, insertable in said locking plate-receiving means, limiting movement of said resilient latching means thereby maintaining said latching-projection means in latching engagement with the contact means; and means maintaining said second section means in said housing whereafter said first section means is separable from said second section means.

Claim 3

An electrical connector, comprising: a dielectric housing having passageways extending therethrough; electrical contacts positioned in respective passageways; resilient latching arms provided by said housing and having latching projections engaging said contacts retaining said contacts in said passageways, said resilient latching arms having locking plate slots opposite said latching projections; locking plate means inserted into said housing into said locking plate slots limiting movement of the resilient arms thereby maintaining said latching projections in latching engagement with the contacts, said locking plate means comprising a locking plate assembly including a carrier strip from which extend locking plates at spaced intervals along said carrier strip; notches located in said carrier strip to enable said carrier strip to be separated at said notches into separate carrier strips having a specified number of locking plates thereon to enable the locking plates to be mass inserted into said housing; and means maintaining said locking plate means in said housing and in said locking plate slots.

Claim 4

An electrical connector, comprising: a dielectric housing having passageways extending therethrough; electrical contacts positioned in respective passageways; resilient latching arms provided by said housing and having latching projections engaging said contacts retaining said contacts in said passageways, said resilient latching arms having locking plate slots opposite said latching projections; locking plate means inserted into said housing into said locking plate slots limiting movement of the resilient arms thereby maintaining said latching projections in latching engagement with the contacts, said locking plate means comprising a locking plate assembly including a carrier strip from which extend locking plates at spaced intervals along said carrier strip; notches located in said carrier strip to enable said carrier strip to be separated at said notches into separate carrier strips having a specified number of locking plates thereon to enable the locking plates to be mass inserted into said housing; and means maintaining said locking plate means in said housing and in said locking plate slots.

Claim 5

An electrical connector as claimed in claim 2, wherein notches are located in said locking plates adjacent said carrier strip enabling said carrier strip to be separated at said notches from said locking plates after the locking plates have been inserted into said housing within said locking plate slots.