Shield assembly

Claim 2

A shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls substantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; and the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of "L-shaped" cantilevered spring finger catches, the spring finger catches extend in front of the outer surface of the chassis side walls and latch on to the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger catches are latched to the chassis side walls, the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly.

Claim 3

The shielded electronic assembly of claim 1, wherein the shield member is formed from a single piece of metal.

Claim 4

A shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls substantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; and the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of spring finger catches each having a tab, the spring finger catches extending in front of the chassis side walls, the tabs on the spring finger catches latch to corresponding recess locations found on the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger tabs are latched to the recess locations, the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly, and the shield member further includes a plurality of protrusions located selectively along the side walls of the shield member, the protrusions providing for a pressure fit between the side walls of the shield member and the inner surface of the chassis side walls when the spring finger tabs are latched to the recess locations on the chassis.

Claim 5

A shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls substantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; and the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of spring finger catches each having a tab, the spring finger catches extending in front of the chassis side walls, the tabs on the spring finger catches latch to corresponding recess locations found on the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger tabs are latched to the recess locations, the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly, and the shield member further includes a plurality of protrusions located selectively along the side walls of the shield member, the protrusions providing for a pressure fit between the side walls of the shield member and the inner surface of the chassis side walls when the spring finger tabs are latched to the recess locations on the chassis.

Claim 6

The shielded electronic assembly of claim 3, wherein the chassis side walls have selectively chamfered top portions which help guide the spring finger tabs to the recess locations.

Claim 7

A communications device, comprising a shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls subtantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of "L-shaped" cantilevered spring finger catches, the spring finger catches extend in front of the outer surfaces of the chassis side walls and latch on to the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger catches are latched to the chassis side walls the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly; and a communication device housing for receiving the shielded electronic assembly.

Claim 8

A communications device, comprising a shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls subtantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of "L-shaped" cantilevered spring finger catches, the spring finger catches extend in front of the outer surfaces of the chassis side walls and latch on to the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger catches are latched to the chassis side walls the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly; and a communication device housing for receiving the shielded electronic assembly.

Claim 9

The communication device of claim 5, wherein the shield member is formed from a single piece of metal.

Claim 10

A communications device, comprising a shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls subtantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of spring finger catches each having a tab, the spring finger catches extending in front of the chassis side walls, the tabs on the spring finger catches latch to corresponding recess locations found on the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger tabs are latched to the recess locations, the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly; a communication device housing for receiving the shielded electronic assembly; and the shield member further includes a plurality of protrusions located selectively along the side walls of the shield member, the protrusions providing a pressure fit between the side walls of the shield member and the inner surface of the chassis side walls when the spring finger tabs are latched to the recess locations found on the chassis.

Claim 11

A communications device, comprising a shielded electronic assembly, comprising: a chassis having side walls selectively along its perimeter, the side walls having a plurality of recess locations and bottom portions; a shield member having a first surface, the shield member further having side walls subtantially along the perimeter of the first surface; a printed circuit board disposed between the chassis and shield member; the chassis side walls having inner and outer surfaces, the chassis side walls further defining a cavity area upon which the printed circuit board is placed and the chassis further including support ledges located within the cavity area for supporting the printed circuit board, the shield member further including a plurality of spring finger catches each having a tab, the spring finger catches extending in front of the chassis side walls, the tabs on the spring finger catches latch to corresponding recess locations found on the chassis side walls, thereby securing the shield member to the chassis and causing the bottom portions of the shield member side walls to retain the printed circuit board against the chassis when the spring finger tabs are latched to the recess locations, the spring finger catches being resilient for compensating for tolerance variations in the shielded electronic assembly; a communication device housing for receiving the shielded electronic assembly; and the shield member further includes a plurality of protrusions located selectively along the side walls of the shield member, the protrusions providing a pressure fit between the side walls of the shield member and the inner surface of the chassis side walls when the spring finger tabs are latched to the recess locations found on the chassis.

Claim 12

The communication device of claim 7, wherein the chassis side walls have selectively chamfered top portions for guiding the spring finger tabs to the recess locations.