Apparatus for aligning stacked laminations of a dynamoelectric machine

Claim 2

A stacked lamination assembly for a dynamoelectric machine comprising: a plurality of stacked laminations, each of said laminations having lamination displaced segment means of preselected dimensional size and configuration and a complementary opening means of slightly larger preselected dimensional size and compatible configuration to nestingly and freely engagingly receive the lamination displaced segment means of an adjacent lamination in selectively and fully spaced, unconstrained aligned relationship along opposed faces of nesting engagement, each of said lamination displaced segment means being continuously and uninterruptively configured throughout relative the planar face of a lamination from which it is displaced to abate lateral shifting of adjacent laminations beyond the preselected dimensional size difference between the nesting and freely engaging lamination displacement segment means and the complementary opening means of adjacent laminations.

Claim 3

The stacked lamination assembly for a dynamoelectric machine of claim 1, said stacked laminations being stator laminations.

Claim 4

The stacked lamination assembly for a dynamoelectric machine of claim 1, said stacked laminations being rotor laminations.

Claim 5

The stacked lamination assembly for a dynamoelectric machine of claim 1, said lamination displaced segment means having a peripheral side surface extending substantially normal from the planar face of the lamination from which it is displaced to abate lateral shifting between adjacent laminations.

Claim 6

The stacked lamination assembly for a dynamoelectric machine of claim 1, said nesting and freely engaging displaced segment means and complimentary opening means differing in size to provide a clearance along opposed faces therebetween of approximately one one thousandth (0.001) of an inch.

Claim 7

The stacked lamination assembly for a dynamoelectric machine of claim 1, each of said stacked laminations including inner and outer diameters and at lest one displaced segment means and complimentary openings means simultaneously formed to enhance accurate alignment of stacked laminations.

Claim 8

The stacked lamination assembly for a dynamoelectric machine of claim 1, said lamination displacement means including a spaced pair of displaced segments in each lamination and said complimentary opening means including a pair of similarly spaced openings of a preselected slightly larger dimensional size to nestingly and freely engagingly receive the pair of lamination displace segments of an adjacent lamination in selectively unconstrained aligned relationship therewith.

Claim 9

A stacked lamination assembly for a dynamoelectric machine comprising: a plurality of stacked stator laminations, each of said stator laminations having a spaced pair of circular continuously and uninterruptively button-shaped displaced segments of preselected dimensional size and configuration and an aligned similarly spaced pair of circular button-shaped openings, said openings being approximately 0.001 inch dimensionally larger throughout of preselected size and compatible configuration to each nestingly and freely engagingly receive one of the two of the spaced pair of lamination displaced segments of an adjacent lamination, said lamination displaced button-shaped segments having a peripheral cylindrical side surface extending substantially normal from the planar face of the lamination from which it extends to abate lateral shifting of adjacent laminations beyond the preselected dimensional approximately 0.001 size difference between the nesting and freely engaging lamination displacement segments and the complimentary openings of an adjacent lamination, each of said stacked laminations including inner and outer diameters formed simultaneously with said pair of displaced segments and said aligned pair of openings to enhance alignment of stacked laminations.

Claim 10

A stacked lamination assembly for a dynamoelectric machine comprising: a plurality of stacked stator laminations, each of said stator laminations having a spaced pair of circular continuously and uninterruptively button-shaped displaced segments of preselected dimensional size and configuration and an aligned similarly spaced pair of circular button-shaped openings, said openings being approximately 0.001 inch dimensionally larger throughout of preselected size and compatible configuration to each nestingly and freely engagingly receive one of the two of the spaced pair of lamination displaced segments of an adjacent lamination, said lamination displaced button-shaped segments having a peripheral cylindrical side surface extending substantially normal from the planar face of the lamination from which it extends to abate lateral shifting of adjacent laminations beyond the preselected dimensional approximately 0.001 size difference between the nesting and freely engaging lamination displacement segments and the complimentary openings of an adjacent lamination, each of said stacked laminations including inner and outer diameters formed simultaneously with said pair of displaced segments and said aligned pair of openings to enhance alignment of stacked laminations.