Rotating rectifier assembly

Claim 2

A rectifier assembly comprising: a plurality of conductive disks each having opposite surfaces; insulated means for mounting said disks linearly aligned in a plane; a plurality of diode wafers, two for each said disk, wherein each said diode wafer is positioned on one of the surfaces of one of the disks so that said diode wafers are linearly aligned in opposite first and second planes; first and second conductive output bars sandwiching said diode wafers on opposite sides of said disks, whereby said first output bar is positioned in contact with the diode wafers in said first plane and said second output bar is positioned in contact with the diode wafers in said second plane; and a deformable connector surrounding said output bars for maintaining said output bars, said diode wafers and said plates in assembled relation.

Claim 3

The rectifier assembly of claim 1 wherein said deformable connector comprises a plurality of spring rings, wherein each spring ring surrounds the output bars linearly adjacent one of said disks.

Claim 4

The rectifier assembly of claim 1 wherein said insulated means comprises a molded elongate plate.

Claim 5

The rectifier assembly of claim 3 wherein said disks are molded into said molded elongate plate.

Claim 6

The rectifier assembly of claim 1 further comprising an insulating sleeve disposed between said output bars and said deformable connector.

Claim 7

A rotating rectifier assembly for a dynamoelectric machine operable to rectify three phase ac power to dc power, comprising: three conductive disks, one for each phase, each having opposite surfaces; insulated means for mounting said conductive disks in a plane and linearly aligned with respect to one another and longitudinally spaced along a central axis; six diode wafers, two for each phase, each diode wafer being positioned on one of said disk surfaces, whereby said diode wafers are linearly aligned in opposite first and second planes; first and second conductive output bars parallel to said axis and radially outwardly of said first and second planes; a tubular insulation sleeve coaxial about said central axis and surrounding said output bars; and a deformable, tubular connector surrounding said insulation sleeve for providing an interference fit to maintain said first output bar in contact with the three diode wafers in said first plane, and said second output bar in contact with the three diode wafers in said second plane.

Claim 8

A rotating rectifier assembly for a dynamoelectric machine operable to rectify three phase ac power to dc power, comprising: three conductive disks, one for each phase, each having opposite surfaces; insulated means for mounting said conductive disks in a plane and linearly aligned with respect to one another and longitudinally spaced along a central axis; six diode wafers, two for each phase, each diode wafer being positioned on one of said disk surfaces, whereby said diode wafers are linearly aligned in opposite first and second planes; first and second conductive output bars parallel to said axis and radially outwardly of said first and second planes; a tubular insulation sleeve coaxial about said central axis and surrounding said output bars; and a deformable, tubular connector surrounding said insulation sleeve for providing an interference fit to maintain said first output bar in contact with the three diode wafers in said first plane, and said second output bar in contact with the three diode wafers in said second plane.

Claim 9

The rotating rectifier assembly of claim 6 wherein said deformable connector comprises three spring rings, wherein each spring ring surrounds the sleeve and is linearly aligned with one of said disks.

Claim 10

The rotating rectifier assembly of claim 6 wherein wherein said insulated means comprises a molded elongate plate.

Claim 11

The rotating rectifier assembly of claim 8 wherein said disks are molded into said molded elongate plate.

Claim 12

The rotating rectifier assembly of claim 6 wherein said output bars extend axially outwardly of said insulated means for connection to a point of use.

Claim 13

The rotating rectifier assembly of claim 6 further comprising input terminals connecting said disks to an ac power source.

Claim 14

The rotating rectifier assembly of claim 11 wherein said input terminals comprise lead wires connected to said disks and supported by said insulated means.