Shorting jumper

Claim 2

A jumper adapted to electrically connect adjacent ones of an array of uninsulated conductive substantially rigid vertical pins, said jumper being formed of resilient, electrically conductive sheet material and comprising a generally vertical plate portion having a free upper lengthwise edge and two generally vertical side edges, a pin-retaining spring portion integrally connected lengthwise to said plate portion and comprising two cooperating pin-gripping portions each having a length adapted to span at least the greater part of two adjacent pins to be connected, a first said pin-gripping portion being integrally connected lengthwise with said plate portion remote from its said free upper edge, the second said pin-gripping portion being spaced widthwise from said first pin-gripping portion, a neck portion having a length adapted to pass between two adjacent pins to be connected, said neck portion being integrally connected lengthwise to each said pin-gripping portion, said jumper further providing position stabilizing means comprising two arms, each said arm being integrally connected to a said side edge of said plate portion and bent toward said second pin-gripping portion at an angle of about ninety degrees to said plate portion, said arms being lengthwise spaced apart by a spacing adapted to clear the outer surfaces of two adjacent pins to be connected, said arms extending widthwise from at least about the inner surface of said first pin-gripping portion to at least the junction of said second pin-gripping portion and said neck portion, whereby said arms stabilize said jumper to resist tilting thereof and to prevent shorting other adjacent conductive pins.

Claim 3

A jumper adapted to electrically connect adjacent ones of an array of uninsulated conductive substantially rigid vertical pins, said jumper being formed of resilient, electrically conductive sheet material and comprising a generally vertical plate portion having a free upper lengthwise edge and two generally vertical side edges, a pin-retaining spring portion integrally connected lengthwise to said plate portion and comprising two cooperating pin-gripping portions each having a length adapted to span at least the greater part of two adjacent pins to be connected, a first said pin-gripping portion being integrally connected lengthwise with said plate portion remote from its said free upper edge, the second said pin-gripping portion being spaced widthwise from said first pin-gripping portion, said pin-gripping portions being generally opposed to one another and convexly curved toward one another, said opposed convexly curved pin-gripping portions defining a closest spacing therebetween, a neck portion having a length adapted to pass between two adjacent pins to be connected, said neck portion being integrally connected lengthwise to each said pin-gripping portion, and forming a generally U-shaped curve convexly and downwardly curved away from said pin-gripping apart widthwise by an unstressed said closest spacing less than the thickness of a pin to be connected, said U-shaped curved neck portion and said convexly curved pin-gripping portions together defining said pin-retaining spring portion as reentrantly curved and biasing said pin-gripping portions widthwise inwardly toward one another for positive gripping therebetween of two adjacent pins to be connected, said jumper further provided position stabilizing means comprising two arms, each said arm being integrally connected to a said side edge of said plate portion and bent toward said second pin-gripping portion at an angle of about ninety degrees to said plate portion, said arms being lengthwise spaced apart by a spacing adapted to clear the outer surfaces of two adjacent pins to be connected, said arms extending downwardly to at least about the lowest point of said neck portion U-shaped curve, said arms extending widthwise from at least about the inner surface of said first pin-gripping portion to at least the junction of said second pin-gripping portion and said neck portion, whereby said arms stabilize said jumper to resist tilting thereof and to prevent shorting other adjacent conductive pins.

Claim 4

A jumper adapted to electrically connect adjacent ones of an array of uninsulated conductive substantially rigid vertical pins, said jumper being formed of resilient, electrically conductive sheet material and comprising a generally vertical plate portion having a free upper lengthwise edge and two generally vertical side edges, a pin-retaining spring portion integrally connected lengthwise to said plate portion and comprising two cooperating pin-gripping portions each having a length adapted to span at least the greater part of two adjacent pins to be connected, a first said pin-gripping portion being integrally connected lengthwise with said plate portion remote from its said free upper edge, the second said pin-gripping portion being spaced widthwise from said first pin-gripping portion, said pin-gripping portions being generally opposed to one another and convexly curved toward one another, said opposed convexly curved pin-gripping portions defining a closest spacing therebetween, a neck portion having a length adapted to pass between two adjacent pins to be connected, said neck portion being integrally connected lengthwise to each said pin-gripping portion, and forming a generally U-shaped curve convexly and downwardly curved away from said pin-gripping apart widthwise by an unstressed said closest spacing less than the thickness of a pin to be connected, said U-shaped curved neck portion and said convexly curved pin-gripping portions together defining said pin-retaining spring portion as reentrantly curved and biasing said pin-gripping portions widthwise inwardly toward one another for positive gripping therebetween of two adjacent pins to be connected, said jumper further provided position stabilizing means comprising two arms, each said arm being integrally connected to a said side edge of said plate portion and bent toward said second pin-gripping portion at an angle of about ninety degrees to said plate portion, said arms being lengthwise spaced apart by a spacing adapted to clear the outer surfaces of two adjacent pins to be connected, said arms extending downwardly to at least about the lowest point of said neck portion U-shaped curve, said arms extending widthwise from at least about the inner surface of said first pin-gripping portion to at least the junction of said second pin-gripping portion and said neck portion, whereby said arms stabilize said jumper to resist tilting thereof and to prevent shorting other adjacent conductive pins.