Method of grinding magnesium ingots and such ingots

Claim 3

The method of claim 1, wherein said ingot projections and corresponding recesses are wedge-shaped and α=90°.

Claim 4

The method of claim 1, wherein said ingot projections and corresponding recesses are narrower than the width of the main bodies of the ingots.

Claim 5

The method of claim 3, wherein said ingot projections and corresponding recesses are rectangular.

Claim 6

In a method of machining metallic ingots into fine powdered form of the type which comprises feeding successive ingots into a cutting element to grind the ingots into small chips, and feeding the resulting chips into a hammer mill to reduce them into fine powdered form, the improvement comprising: (a) providing said cutting element with a plurality of teeth; (b) providing a plurality of ingots, each of said ingots comprising a main body having a lower surface, a front end and a rear end, said rear end having an outwardly extending projection and said front end having a corresponding recess, said recess being at least partially defined by a lower surface, said lower defining surface of said recess defining a plane having an angle α associated therewith relative to a plane extending through the ingot perpendicular to the lower surface thereof, α being selected such that 0°<α≦90°; (c) arranging the ingots in end-to-end relation with the projection of each ingot in the corresponding recess of the next ingot; and (d) disposing the lower surfaces of the ingots on a guideway and feeding the ingots, first ends first, along the guideway into the cutting element to sequentially grind each ingot, including the projection thereof, into the small chips to be fed into the hammer mill to thereby reduce the ingots to fine powdered form without damage to the hammer mill.

Claim 7

In a method of machining metallic ingots into fine powdered form of the type which comprises feeding successive ingots into a cutting element to grind the ingots into small chips, and feeding the resulting chips into a hammer mill to reduce them into fine powdered form, the improvement comprising: (a) providing said cutting element with a plurality of teeth; (b) providing a plurality of ingots, each of said ingots comprising a main body having a lower surface, a front end and a rear end, said rear end having an outwardly extending projection and said front end having a corresponding recess, said recess being at least partially defined by a lower surface, said lower defining surface of said recess defining a plane having an angle α associated therewith relative to a plane extending through the ingot perpendicular to the lower surface thereof, α being selected such that 0°<α≦90°; (c) arranging the ingots in end-to-end relation with the projection of each ingot in the corresponding recess of the next ingot; and (d) disposing the lower surfaces of the ingots on a guideway and feeding the ingots, first ends first, along the guideway into the cutting element to sequentially grind each ingot, including the projection thereof, into the small chips to be fed into the hammer mill to thereby reduce the ingots to fine powdered form without damage to the hammer mill.

Claim 8

The method of claim 5, wherein said ingot projections and corresponding recesses are wedge-shaped and α=90°.

Claim 9

The method of claim 5, wherein said ingot projections and corresponding recesses are narrower than the widths of the main bodies of the ingots.

Claim 10

The method of claim 5, wherein said ingot projections and corresponding recesses are rectangular.