Adapter for stacking connector assembly

Claim 2

An adapter for interconnecting opposing electrical connectors containing receptacle contact sections across the respective mating faces in opposing like arrays to be electrically interconnected, comprising: a housing of resilient dielectric material and including a body section in which are secured body sections of a plurality of contacts extending therethrough from a first mating face to a second mating face, said housing including a pair of opposing side walls extending from said first mating face and along two opposing sides of a first array of first pin contact sections of said pin contacts to leading edges spaced forwardly of leading ends of said pin contact sections, and said side walls each including an array of latching ledges spaced therealong adjacent said leading edges and extending inwardly from inside surfaces of said side walls, and said contacts including a second array of second pin contact sections extending from said second mating face, defining an adapter, whereby said adapter is securable to a first electrical connector in mated relationship when moved axially theretowards so that said latching ledges initially bear against side surfaces of said first connector and are deflected outwardly until said latching ledges ride beyond corresponding latching surfaces of said side surfaces of said connector whereafter said side walls resile and said latching ledges latch with said corresponding latching surfaces, and said second array of second pin contact sections is exposed along said second mating face to be mated with a second electrical connector.

Claim 3

An adapter as set forth in claim 1 wherein said housing includes a pair of wings extending at an angle outwardly and away from said first mating face to respective free ends spaced laterally from sides of said housing, each said wing joined integrally to the base of a respective said side wall, whereby deflection of said free ends of said wings toward said housing rotates said side walls away from said side surfaces of said first connector and translating said latching ledges outwardly from latching engagement with said corresponding latching surfaces of said first connector, enabling release of said adapter from said first connector.

Claim 4

An adapter as set forth in claim 1 wherein said latching ledges are positioned and adapted to correspond with and latchingly engage within apertures of side surfaces of said first connector.

Claim 5

An adapter as set forth in claim 3 wherein said housing includes a pair of wings extending at an angle outwardly and away from said first mating face to respective free ends spaced laterally from sides of said housing, each said wing joined integrally to the base of a respective said side wall, whereby deflection of said free ends of said wings toward said housing rotates said side walls away from said side surfaces of said first connector and translating said latching ledges outwardly from latching engagement with said corresponding latching surfaces of said first connector, enabling release of said adapter from said first connector.

Claim 6

An assembly for interconnecting associated electrical circuits of first and second circuit boards disposed parallel to each other a selected distance apart in a stacked assembly, comprising: a first connector mounted to said first circuit board and having first contacts electrically connected to circuits thereof and having an array of receptacle contact sections exposed along a mating face of said first connector; a second connector mounted to said second circuit board and having second contacts electrically connected to circuits thereof and having an array of receptacle contact sections exposed along a mating face of said second connector opposed from said array of receptacle contact sections of said first connector when said circuit boards are aligned with each other to be stacked; and an adapter including a housing of resilient dielectric material including a body section in which are secured body sections of a plurality of contacts extending therethrough from a first mating face to a second mating face, said housing including a pair of opposing side walls extending from said first mating face and along two opposing sides of a first array of first pin contact sections of said pin contacts to leading edges spaced forwardly of leading ends of said pin contact sections, and said side walls each including an array of latching ledges spaced therealong adjacent said leading edges and extending inwardly from inside surfaces of said side walls, and said contacts including a second array of second pin contact sections extending from said second mating face, whereby said adapter is securable to said first electrical connector in mated relationship when moved axially theretowards so that said latching ledges initially bear against side surfaces of said first connector and are deflected outwardly until said latching ledges ride beyond corresponding latching surfaces of said side surfaces of said first connector whereafter said side walls resile and said latching ledges latch with said corresponding latching surfaces, and said second array of second pin contact sections is exposed along said second mating face to be mated with said second electrical connector when said second circuit board is stacked in assembly with said first circuit board.

Claim 7

An assembly for interconnecting associated electrical circuits of first and second circuit boards disposed parallel to each other a selected distance apart in a stacked assembly, comprising: a first connector mounted to said first circuit board and having first contacts electrically connected to circuits thereof and having an array of receptacle contact sections exposed along a mating face of said first connector; a second connector mounted to said second circuit board and having second contacts electrically connected to circuits thereof and having an array of receptacle contact sections exposed along a mating face of said second connector opposed from said array of receptacle contact sections of said first connector when said circuit boards are aligned with each other to be stacked; and an adapter including a housing of resilient dielectric material including a body section in which are secured body sections of a plurality of contacts extending therethrough from a first mating face to a second mating face, said housing including a pair of opposing side walls extending from said first mating face and along two opposing sides of a first array of first pin contact sections of said pin contacts to leading edges spaced forwardly of leading ends of said pin contact sections, and said side walls each including an array of latching ledges spaced therealong adjacent said leading edges and extending inwardly from inside surfaces of said side walls, and said contacts including a second array of second pin contact sections extending from said second mating face, whereby said adapter is securable to said first electrical connector in mated relationship when moved axially theretowards so that said latching ledges initially bear against side surfaces of said first connector and are deflected outwardly until said latching ledges ride beyond corresponding latching surfaces of said side surfaces of said first connector whereafter said side walls resile and said latching ledges latch with said corresponding latching surfaces, and said second array of second pin contact sections is exposed along said second mating face to be mated with said second electrical connector when said second circuit board is stacked in assembly with said first circuit board.

Claim 8

An assembly as set forth in claim 5 wherein said second circuit board is securable at a selected distance from said first circuit board thereby defining a preselected board-to-board spacing and said opposing mating interfaces of said first and second connectors mounted to said first and second circuit boards necessarily define a connector-to-connector spacing resulting from said board-to-board spacing, and said body section of said adapter has a length between said first and second mating faces equal to said connector-to-connector spacing.

Claim 9

An adapter as set forth in claim 5 wherein said housing includes a pair of wings extending at an angle outwardly and away from said first mating face to respective free ends spaced laterally from sides of said housing, each said wing joined integrally to the base of a respective said side wall, whereby deflection of said free ends of said wings toward said housing rotates said side walls away from said side surfaces of said first connector and translating said latching ledges outwardly from latching engagement with said corresponding latching surfaces of said first connector, enabling release of said adapter from said first connector.

Claim 10

An adapter as set forth in claim 7 wherein said latching ledges are positioned and adapted to correspond with and latchingly engage within apertures of side surfaces of said first connector.

Claim 11

An adapter for interconnecting opposing electrical connectors containing receptacle contact sections across the respective mating faces in opposing like arrays to be electrically interconnected, comprising: a housing of resilient dielectric material and including a body section in which are secured body sections of a plurality of contacts extending therethrough from a first mating face to a second mating face, said housing including a pair of opposing side walls extending from said first mating face and along two opposing sides of a first array of first pin contact sections of said pin contacts to leading edges spaced forwardly of leading ends of said pin contact sections; said side walls each including an array of latching ledges spaced therealong adjacent said leading edges and extending inwardly from inside surfaces of said side walls, and said contacts including a second array of second pin contact sections extending from said second mating face; and said housing including a pair of wings extending at an angle outwardly and away from said first mating face to respective free ends spaced laterally from sides of said housing, each said wing joined integrally to the base of a respective said side wall, defining an adapter, whereby said adapter is securable to a first electrical connector in mated relationship when moved axially theretowards so that said latching ledges initially bear against side surfaces of said first connector and are deflected outwardly until said latching ledges ride beyond corresponding latching surfaces of said side surfaces of said connector whereafter said side walls resile and said latching ledges latch with said corresponding latching surfaces and deflection of said free ends of said wings toward said housing rotates said side walls away from said side surfaces of said first connector and translating said latching ledges outwardly from latching engagement with said corresponding latching surfaces of said first connector, enabling release of said adapter from said first connector, and said second array of second pin contact sections is exposed along said second mating face to be mated with a second electrical connector with said wings permitting mating with said second electrical connector.

Claim 12

An adapter for interconnecting opposing electrical connectors containing receptacle contact sections across the respective mating faces in opposing like arrays to be electrically interconnected, comprising: a housing of resilient dielectric material and including a body section in which are secured body sections of a plurality of contacts extending therethrough from a first mating face to a second mating face, said housing including a pair of opposing side walls extending from said first mating face and along two opposing sides of a first array of first pin contact sections of said pin contacts to leading edges spaced forwardly of leading ends of said pin contact sections; said side walls each including an array of latching ledges spaced therealong adjacent said leading edges and extending inwardly from inside surfaces of said side walls, and said contacts including a second array of second pin contact sections extending from said second mating face; and said housing including a pair of wings extending at an angle outwardly and away from said first mating face to respective free ends spaced laterally from sides of said housing, each said wing joined integrally to the base of a respective said side wall, defining an adapter, whereby said adapter is securable to a first electrical connector in mated relationship when moved axially theretowards so that said latching ledges initially bear against side surfaces of said first connector and are deflected outwardly until said latching ledges ride beyond corresponding latching surfaces of said side surfaces of said connector whereafter said side walls resile and said latching ledges latch with said corresponding latching surfaces and deflection of said free ends of said wings toward said housing rotates said side walls away from said side surfaces of said first connector and translating said latching ledges outwardly from latching engagement with said corresponding latching surfaces of said first connector, enabling release of said adapter from said first connector, and said second array of second pin contact sections is exposed along said second mating face to be mated with a second electrical connector with said wings permitting mating with said second electrical connector.