Metallic shroud for use with board-mounted electronic connectors

Claim 2

A connector shroud for a rectangular electrical connector having four external sides, the connector being mounted on a printed circuit board, the shroud being separate from the connector, the shroud comprising: a housing fashioned from a single piece of metal, the housing having a first wall, a second wall, and a third wall, each wall juxtaposed with, and extending higher than, one of the external sides of the connector, the second wall connected to and positioned between the first and third wall, the first and third walls each having a flange extending from the ends of the first and third walls opposite the second wall, the flanges juxtaposed with, and extending higher than, the remaining external side of the connector not juxtaposed with one of the three walls of the housing, the walls and the flanges thereby substantially surrounding the connector and defining a channel that properly aligns a mating structure for proper connection with the connector, the housing having a plurality of leg pairs, at least two of the walls each having at least one of the leg pairs extending downward from the bottom of the walls so that each of the legs of the leg pairs projects through a corresponding hole in the printed circuit board, thereby allowing each of the legs of the leg pairs to be soldered to the printed circuit board, the distance between the legs of one of the leg pairs being substantially less than the distance between the legs of another of the leg pairs so that the housing may be attached to the printed circuit board in only one possible orientation.

Claim 3

The connector shroud of claim 1 , wherein the housing is made of nickel-plated stainless steel.

Claim 4

The connector shroud of claim 2 , wherein the nickel-plated stainless steel is approximately 0.010 inches thick.

Claim 5

The connector shroud of claim 1 , farther comprising: at least one guide ramp extending from the top of at least one of the walls of the housing to guide the mating structure into the channel defined by the walls of the housing.

Claim 6

The connector shroud of claim 4 , wherein the first and third walls of the housing each have at least one guide ramp.

Claim 7

The connector shroud of claim 1 , wherein the flanges mate with the mating structure so that the mating structure may be inserted into the channel of the housing in only one possible orientation.

Claim 8

The connector shroud of claim 1 , further comprising at least one detent in at least one of the walls of the housing that aids the mating structure in maintaining proper electrical contact with the connector.

Claim 9

The connector shroud of claim 7 , wherein the at least one detent is in each of the first and third walls of the housing.

Claim 10

The connector shroud of claim 7 , wherein the at least one detent extends substantially the width of the wall in which the at least one detent resides.

Claim 11

A connector shroud for a rectangular electrical connector having four external sides, the connector being mounted on a printed circuit board, the shroud being separate from the connector, the shroud comprising: a housing fashioned from a single piece of metal, the housing having a first wall, a second wall, and a third wall, each wall juxtaposed with, and extending higher than, one of the external sides of the connector, the second wall connected to and positioned between the first and third wall, the first and third walls each having a flange extending from the ends of the first and third walls opposite the second wall, the flanges juxtaposed with, and extending higher than, the remaining external side of the connector not juxtaposed with one of the three walls of the housing, the walls and the flanges thereby substantially surrounding the connector and defining a channel that properly aligns a mating structure for proper connection with the connector, the flanges mating with the mating structure so that the mating structure may be inserted into the channel of the housing in only one possible orientation, the housing having a plurality of leg pairs, at least two of the walls each having at least one of the leg pairs extending downward from the bottom of the walls so that each of the legs of the leg pairs projects through a corresponding hole in the printed circuit board, thereby allowing each of the legs of the leg pairs to be soldered to the printed circuit board, the distance between the legs of one of the leg pairs being substantially less than the distance between the legs of another of the leg pairs so that the housing may be attached to the printed circuit board in only one possible orientation, the housing having at least one guide ramp extending from the top of at least one of the walls of the housing to guide the mating structure into the channel defined by the walls of the housing.

Claim 12

A connector shroud for a rectangular electrical connector having four external sides, the connector being mounted on a printed circuit board, the shroud being separate from the connector, the shroud comprising: a housing fashioned from a single piece of metal, the housing having a first wall, a second wall, and a third wall, each wall juxtaposed with, and extending higher than, one of the external sides of the connector, the second wall connected to and positioned between the first and third wall, the first and third walls each having a flange extending from the ends of the first and third walls opposite the second wall, the flanges juxtaposed with, and extending higher than, the remaining external side of the connector not juxtaposed with one of the three walls of the housing, the walls and the flanges thereby substantially surrounding the connector and defining a channel that properly aligns a mating structure for proper connection with the connector, the flanges mating with the mating structure so that the mating structure may be inserted into the channel of the housing in only one possible orientation, the housing having a plurality of leg pairs, at least two of the walls each having at least one of the leg pairs extending downward from the bottom of the walls so that each of the legs of the leg pairs projects through a corresponding hole in the printed circuit board, thereby allowing each of the legs of the leg pairs to be soldered to the printed circuit board, the distance between the legs of one of the leg pairs being substantially less than the distance between the legs of another of the leg pairs so that the housing may be attached to the printed circuit board in only one possible orientation, the housing having at least one guide ramp extending from the top of at least one of the walls of the housing to guide the mating structure into the channel defined by the walls of the housing.