Gear testing and lapping machine

1. A gear processing machine comprising:

a base portion integral with a stationary column extending upward from said base portion;

a first spindle movably mounted to said column, said first spindle having an axis of rotation;

a stationary inclined bed portion located on said base portion, said inclined bed portion being attached to said column;

a second spindle movably mounted to said inclined bed portion, said second spindle having an axis of rotation;

said first spindle and said second spindle being translatable with respect to one another in up to three different directions.

2. The gear processing machine of claim 1 further including:

at least one of said first spindle and said second spindle being angularly movable with respect to one another around at least one pivot axis whereby said first spindle axis and said second spindle axis are positionable with respect to one another to effect processing of gear pair members at predetermined angles with respect to one another, said angles being at least one of less than, equal to, or greater than ninety degrees.

3. The gear processing machine of claim 1 further comprising a movable first slide positioned between said column and said first spindle.

4. The gear processing machine of claim 3 wherein said first slide is movable in a first of said three different directions.

5. The gear processing machine of claim 3 wherein said first spindle is movable in a second of said three different directions.

6. The gear processing machine of claim 1 further comprising a movable second slide positioned between said inclined base portion and said second spindle.

7. The gear processing machine of claim 6 wherein said second spindle is located in a support carriage with said support carriage being positioned on and angularly movable with respect to said second slide.

8. The gear processing machine of claim 7 wherein said carriage includes an outboard support.

9. The gear processing machine of claim 6 wherein said second slide is movable in a third of said three different directions.

10. The gear processing machine of claim 2 wherein only said second spindle is angularly movable about a pivot axis.

11. The gear processing machine of claim 2 wherein said at least one pivot axis is vertically oriented.

12. The gear processing machine of claim 1 wherein said three different directions are perpendicular with respect to one another.

13. The gear processing machine of claim 2 wherein said second spindle is angularly movable about a pivot axis with said pivot axis being positioned between said first spindle and the axis of said second spindle as referenced when the axes of the first and second spindles are oriented at 90 degrees with respect to one another.

14. The gear processing machine of claim 6 further comprising:

said inclined bed portion having an inclined surface with an opening therein;

a pivotable conduit having a first end extending from a location proximate an outside surface of said machine and a second end extending through said opening, said second end of said conduit being movable in said opening whereby said conduit will follow the movement of said second slide.

15. The gear processing machine of claim 1 wherein said first spindle is movable in a horizontal direction, X, relative to said column via a ballscrew positioned between said first spindle and said column and below the center of said first spindle.

16. The gear processing machine of claim 3 wherein said first spindle is movably positioned on said first slide via an upper rail and a lower rail, said upper rail being positioned closer to said column than said lower rail.

17. A gear testing or lapping machine comprising:

a base portion integral with a stationary column extending upward from said base portion;

a first slide positioned on said column, said first slide being movable in a first vertical direction, Y;

a first spindle movably positioned on said first slide, said first spindle being movable in a first horizontal direction, X, and having an axis of rotation, A;

a stationary inclined bed portion located on said base portion, said inclined bed portion being attached to said column;

a second slide positioned on said inclined bed portion, said second slide being movable in a second horizontal direction, Z;

a second spindle movably mounted to said second slide, said second spindle having an axis of rotation, C;

said second spindle being angularly movable around a pivot axis, B, whereby said first spindle axis, A, and said second spindle axis, C, are positionable with respect to one another to effect testing or lapping of gear pair members at predetermined angles with respect to one another, said angles being at least one of less than, equal to, and greater than ninety degrees with respect to one another.

18. The gear testing or lapping machine of claim 17 wherein directions X, Y and Z are perpendicular with respect to one another.

19. The gear testing or lapping machine of claim 17 wherein said pivot axis is positioned between said first spindle and the axis of said second spindle as referenced when the axes of the first and second spindles are oriented at 90 degrees with respect to one another.

20. The gear testing or lapping machine of claim 17 further comprising:

said inclined bed portion having an inclined surface with an opening therein;

a pivotable conduit having a first end extending from a location proximate an outside surface of said machine and a second end extending through said opening, said second end of said conduit being movable in said opening whereby said conduit will follow the movement of said second slide.

21. The gear testing or lapping machine of claim 17 wherein said first spindle is movable in horizontal direction, X, relative to said column via a ballscrew positioned between said first spindle and said column and below the center of said first spindle.

22. The gear testing or lapping machine of claim 17 wherein said first spindle is movably positioned on said first slide via an upper rail and a lower rail, said upper rail being positioned closer to said column than said lower rail.