Supportive guide for circuit-card grounding including tracks having staggered protrusions at the proximal end of the tracks

Claim 3

The apparatus of claim 1 wherein each of said tracks includes a plurality of openings housing said resilient contacts and fasteners located therebetween.

Claim 4

The apparatus of claim 1 wherein said tracks are made of non-conductive material.

Claim 5

The apparatus of claim 1 wherein each of said tracks further includes a plurality of fasteners for attachment of said tracks to said chassis and for attachment of

Claim 6

The apparatus of claim 4 wherein said fasteners comprise snap-in posts, said members having said resilient contacts to said tracks.

Claim 7

The apparatus of claim 1 wherein each of said members comprises a flat conductive strip.

Claim 8

The apparatus of claim 6 wherein each of said resilient contacts has a proximal end, a curved mid section for engaging said circuit card, and a radiused distal end for engaging said chassis, said proximal end attached to said flat conductive strip.

Claim 9

A pair of opposed guides for grounding a circuit card to a conductive chassis, each of said opposed guides comprising; a track for supporting said circuit card, said track attached to said conductive chassis and having a proximal end said track including protrusions formed at said proximal end, said protrusions being obliquely disposed with respect to each other, said protrusions being staggered to enable overlap of the protrusions belonging adjacently located tracks, contiguously oriented with respect to each other, thereby allowing said adjacently-located tracks to be placed directly side-by-side in said chassis and maximizing number of said circuit cards capable of being inserted into said chassis; and a conductive strip sandwiched between said track and said conductive chassis, said conductive strip having elastic contacts grounding said circuit card to said conductive chassis.

Claim 10

A pair of opposed guides for grounding a circuit card to a conductive chassis, each of said opposed guides comprising; a track for supporting said circuit card, said track attached to said conductive chassis and having a proximal end said track including protrusions formed at said proximal end, said protrusions being obliquely disposed with respect to each other, said protrusions being staggered to enable overlap of the protrusions belonging adjacently located tracks, contiguously oriented with respect to each other, thereby allowing said adjacently-located tracks to be placed directly side-by-side in said chassis and maximizing number of said circuit cards capable of being inserted into said chassis; and a conductive strip sandwiched between said track and said conductive chassis, said conductive strip having elastic contacts grounding said circuit card to said conductive chassis.

Claim 11

The opposed guides of claim 8 wherein said track includes a longitudinal slot for receiving said circuit card and openings for housing said elastic contacts, said openings overlapping said longitudinal slot, said track further including snap-in posts located between said openings.

Claim 12

The opposed guides of claim 8 wherein each of said elastic contacts has a proximal end, a curved mid section for engaging said circuit card, and a radiused distal end engaging said conductive chassis, said proximal end attached to said conductive strip.

Claim 13

A pair of opposed guides for grounding a circuit card to a conductive chassis, each of said opposed guides comprising: a supporting track having: a proximal end; a first side and a second side located opposite each other; a longitudinal slot for receiving said circuit card, said longitudinal slot formed in said first side; a plurality of openings formed in said second side and joined with said longitudinal slot; protrusions formed at said proximal end, said protrusions being obliquely disposed with respect to each other and being staggered to enable overlap of the protrusions belonging to adjacently-located contiguously oriented with respect to each other, thereby allowing said adjacently-located tracks to be placed directly side-by-side in said chassis and maximizing the number of said circuit cards capable of being inserted into said chassis; and a plurality of snap-in posts for attachment of said supporting track to said conductive chassis, said snap-in posts located along said second side; and a conductive strip sandwiched between said second side and said conductive chassis and when said guides are secured to said chassis having: a plurality of elastic contacts formed along said conductive strip and disposed within said plurality of openings; and a plurality of apertures formed along said conductive strip and accommodating said plurality of snap-in posts.

Claim 14

A pair of opposed guides for grounding a circuit card to a conductive chassis, each of said opposed guides comprising: a supporting track having: a proximal end; a first side and a second side located opposite each other; a longitudinal slot for receiving said circuit card, said longitudinal slot formed in said first side; a plurality of openings formed in said second side and joined with said longitudinal slot; protrusions formed at said proximal end, said protrusions being obliquely disposed with respect to each other and being staggered to enable overlap of the protrusions belonging to adjacently-located contiguously oriented with respect to each other, thereby allowing said adjacently-located tracks to be placed directly side-by-side in said chassis and maximizing the number of said circuit cards capable of being inserted into said chassis; and a plurality of snap-in posts for attachment of said supporting track to said conductive chassis, said snap-in posts located along said second side; and a conductive strip sandwiched between said second side and said conductive chassis and when said guides are secured to said chassis having: a plurality of elastic contacts formed along said conductive strip and disposed within said plurality of openings; and a plurality of apertures formed along said conductive strip and accommodating said plurality of snap-in posts.

Claim 15

The opposed guides of claim 11 wherein each of said plurality of elastic contacts has a proximal end, a curved mid section for slidingly engaging said circuit card, and a radiused distal end for slidingly engaging said conductive chassis, said proximal end attached to said conductive strip.

Claim 16

The opposed guides of claim 12 wherein said conductive strip is made of beryllium copper.

Claim 17

The opposed guides of claim 11 wherein said apertures have oval shapes and serrations at their peripheries.

Claim 18

The opposed guides of claim 11 wherein said supporting track is made of a non-conductive material.

Claim 19

The opposed guides of claim 15 wherein said non-conductive material is polycarbonate resin.