Connector having improved panel mounting means

Claim 2

In an electrical connector assembly of the type comprising a molded insulating housing having a mating face and a wire-receiving face, laterally directed external walls extending between said faces, a plurality of terminal-receiving cavities extending through said housing from said wire-receiving face to said mating face, each of said cavities having a terminal therein, each of said terminals having a wire-receiving portion proximate to said wire-receiving face, wires in said wire-receiving portions, said terminals through wire-admitting slots in said walls, the improvement to said connector comprising: cover means in covering relationship to said wire-receiving face, said cover means and said housing having interengaging means serving to retain said cover means on said housing, said cover means having latch arms integral therewith extending along said external walls, said latch arms being normally spaced from, and being flexible towards, said external walls of said housing whereby, said connector can be mounted in a panel opening by flexing said latch arms towards said housing and moving said housing, mating face first, through said opening until said latch arms engage said panel.

Claim 3

A connector assembly as set forth in claim 1, said external walls comprising generally rectangular sidewalls and rectangular endwalls, said latch arms extending along said endwalls.

Claim 4

In an electrical connector assembly of the type comprising a molded insulating housing having a mating face and a wire-receiving face, oppositely directed endwalls and oppositely directed sidewalls extending between said faces, a plurality of side-by-side terminal-receiving cavities extending through said housing from said wire-receiving face to said mating face, said cavities being arranged in a row which extends between said endwalls, each of said cavities having a contact terminal therein, each of said terminals having wire-receiving portion proximate to said wire-receiving face, wires disposed in said wire-receiving portions, said wires being oriented with their axes extending substantially normally of said sidewalls and from said wire-receiving portions of said terminals through wire-admitting slots in at least one of said sidewalls, the improvement to said connector comprising: cover means in covering relationship to said wire-receiving face, said cover member having a web portion and first and second flanges extending from marginal side portions of said web portion, said web portion being against said wire-receiving face, flanges extending over said sidewalls, said cover means having cover endwalls disposed against said endwalls of said housing, each of said cover endwalls having a flexible latch arm extending therefrom and along the associated housing endwall towards said mating face, each of said latch arms having a free end and having latching hook means on said free end, said cover means and said connector housing having interengaging means thereon serving to hold said cover means on said housing whereby, said connector can be mounted in a panel opening having a width which is substantially equal to the distance between said latch arms by flexing said latch arms towards their associated housing endwalls and moving said connector, mating face first, through said opening until said latch arms engage said panel.

Claim 5

In an electrical connector assembly of the type comprising a molded insulating housing having a mating face and a wire-receiving face, oppositely directed endwalls and oppositely directed sidewalls extending between said faces, a plurality of side-by-side terminal-receiving cavities extending through said housing from said wire-receiving face to said mating face, said cavities being arranged in a row which extends between said endwalls, each of said cavities having a contact terminal therein, each of said terminals having wire-receiving portion proximate to said wire-receiving face, wires disposed in said wire-receiving portions, said wires being oriented with their axes extending substantially normally of said sidewalls and from said wire-receiving portions of said terminals through wire-admitting slots in at least one of said sidewalls, the improvement to said connector comprising: cover means in covering relationship to said wire-receiving face, said cover member having a web portion and first and second flanges extending from marginal side portions of said web portion, said web portion being against said wire-receiving face, flanges extending over said sidewalls, said cover means having cover endwalls disposed against said endwalls of said housing, each of said cover endwalls having a flexible latch arm extending therefrom and along the associated housing endwall towards said mating face, each of said latch arms having a free end and having latching hook means on said free end, said cover means and said connector housing having interengaging means thereon serving to hold said cover means on said housing whereby, said connector can be mounted in a panel opening having a width which is substantially equal to the distance between said latch arms by flexing said latch arms towards their associated housing endwalls and moving said connector, mating face first, through said opening until said latch arms engage said panel.

Claim 6

A connector assembly as set forth in claim 3, said cover means comprising a one piece molding.

Claim 7

A connector assembly as set forth in claim 3, said cover means comprising an extruded center section and two molded end sections, said end sections having said cover endwalls and latch arms integral therewith, said center section extending between said end sections.

Claim 8

A connector assembly as set forth in claim 3, at least one of said sidewalls having a row of openings therein, each of said openings communicating with one of said cavities, each of said terminals having a retaining lance extending therefrom and into the associated opening, said cover means extending over, and serving to close, said openings.