Multiple row surface mount connector

Claim 2

An electrical connector assembly comprising: (a) a first elongated electrical connector element having opposed first and second ends and positioned on a first major side of a PCB overlapping an edge of the PCB; (b) a second elongated electrical connector element having opposed first and second ends and positioned on a second major side of the PCB overlapping the edge of the PCB in side by side relation with said first elongated connector element such that at least said first end of the second elongated connector element is positioned adjacent to said first end of the first elongated connector element; and (c) a single fastening means engaging the first connector element, the second connector element and the PCB.

Claim 3

The assembly of claim 1 wherein the fastening means includes a first fastener member which is fixed to the PCB and is fixed to the first connector element adjacent its first end and is fixed to the second connector element adjacent its first end.

Claim 4

The assembly of claim 2 wherein the means fastening includes a second fastener member which is fixed to the PCB and is fixed to the first connector element adjacent its second end.

Claim 5

The assembly of claim 1 wherein the first and second connector elements each have at least one row of terminals parallel to the PCB.

Claim 6

The assembly of claim 4 wherein both the first and second connector elements have a plurality of parallel rows of terminals.

Claim 7

The assembly of claim 5 wherein both the first and second connector elements have three rows of terminals.

Claim 8

The assembly of claim 5 wherein the first and second connector elements each have 4 rows of terminals.

Claim 9

The assembly of claim 5 wherein the first connector element is a receptacle.

Claim 10

The assembly of claim 2 wherein the first fastener member is fixed to the first end of both the first and second connector elements.

Claim 11

The assembly of claim 9 wherein the first fastener member is comprised of a block having opposed front and rear sides and opposed inward and outward lateral sides and on the rear side there is a groove for receiving the PCB and a ledge projects rearwardly adjacent said groove in side-by-side relation with the PCB and has thereon means for fixing the PCB to said block, and on the inner lateral side said block abuts the first end of the PCB and has thereon a means for fixing said block to said first end of both the first and second elongated connector element.

Claim 12

The assembly of claim 10 wherein said assembly includes a means for fixing the fastening block to the first end of the first and second elongated connector element.

Claim 13

The assembly of claim 10 wherein a fastener receiving aperture extends transversally through the ledge.

Claim 14

The assembly of claim 10 wherein a diagonal support extends from the rear side of the block to the ledge adjacent the inner side of the block.

Claim 15

The assembly of claim 2 wherein the first and second elongated connector elements each have a base side superimposed on the PCB, a front side facing away from the PCB and a rear side facing toward the PCB, and a flexible circuit extends from the rear sides of said first and second elongated connector element respectively to said first and second major sides of the PCB.

Claim 16

An assembly for mounting electrical connectors on an edge of a printed circuit board (PCB) having opposed first and second major sides comprising: (a) a first elongated connector element having opposed first and second ends and positioned on the first major side of the PCB adjacent the edge of the PCB; (b) a second elongated connector having opposed first and second ends and positioned on the second major side of the PCB adjacent the edge of the PCB in side by side relation with said first elongated connector member such that at least said first end of the second elongated connector element is positioned adjacent to said first end of the first elongated connector element; and (c) a block having opposed front and rear sides and opposed inward and outward lateral sides and on the rear side there is a groove for receiving the PCB and a ledge projects rearwardly adjacent said groove in side by side relation with the PCB and has thereon means for fixing the PCB element said block and on the inner lateral side said block abuts the first end of the first elongated connector and the first end of the second elongated connector element and has thereon means for fixing said block to said first end of the first elongated connector element and the first end of the second elongated connector element.

Claim 17

An assembly for mounting electrical connectors on an edge of a printed circuit board (PCB) having opposed first and second major sides comprising: (a) a first elongated connector element having opposed first and second ends and positioned on the first major side of the PCB adjacent the edge of the PCB; (b) a second elongated connector having opposed first and second ends and positioned on the second major side of the PCB adjacent the edge of the PCB in side by side relation with said first elongated connector member such that at least said first end of the second elongated connector element is positioned adjacent to said first end of the first elongated connector element; and (c) a block having opposed front and rear sides and opposed inward and outward lateral sides and on the rear side there is a groove for receiving the PCB and a ledge projects rearwardly adjacent said groove in side by side relation with the PCB and has thereon means for fixing the PCB element said block and on the inner lateral side said block abuts the first end of the first elongated connector and the first end of the second elongated connector element and has thereon means for fixing said block to said first end of the first elongated connector element and the first end of the second elongated connector element.

Claim 18

The assembly of claim 15 wherein a second block having opposed front and rear sides and opposed inward and outward lateral sides and on the rear side there is a groove for receiving the PCB and a ledge projects rearwardly adjacent said groove in side by side relation with the PCB and has thereon means for fixing the PCB to said block, and on the inner lateral side said block abuts the second end of the first elongated connector element and the second end of the second elongated connector element and has thereon means for fixing said block to said second end of the first elongated connector element and the second end of the second elongated connector elements.

Claim 19

A fastener for use in fixing a pair of elongated electrical connector elements in parallel superimposed relation to an edge of a printed circuit board (PCB) comprising a block having opposed front and rear sides and opposed inward and outward lateral sides and on the rear side there is a groove for receiving the PCB and a ledge projects rearwardly adjacent said groove in side by side relation with the PCB and has thereon means for fixing the PCB to said block and on the inward lateral side there are means for attaching said block to the ends of the elongated electrical connector elements.

Claim 20

A fastener for use in fixing a pair of elongated electrical connector elements in parallel superimposed relation to an edge of a printed circuit board (PCB) comprising a block having opposed front and rear sides and opposed inward and outward lateral sides and on the rear side there is a groove for receiving the PCB and a ledge projects rearwardly adjacent said groove in side by side relation with the PCB and has thereon means for fixing the PCB to said block and on the inward lateral side there are means for attaching said block to the ends of the elongated electrical connector elements.