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A skate sharpening holder includes an anvil plate surface that is adapted to engage with a skate blade so that the skate blade is securely held with respect to the anvil during skate sharpening or contouring. The anvil plate surface can include pins or openings that would engage with respective open

A skate sharpening holder includes an anvil plate surface that is adapted to engage with a skate blade so that the skate blade is securely held with respect to the anvil during skate sharpening or contouring. The anvil plate surface can include pins or openings that would engage with respective openings or pins in a skate blade to hold the skate blade in place.

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1. In a skate sharpening holder having an anvil plate and a clamping assembly to hold a skate blade between a surface of a clamp of the clamping assembly and a surface of the anvil plate for skate sharpening and/or skate contouring, the improvement comprising a plurality of alignment holes in a surf

1. In a skate sharpening holder having an anvil plate and a clamping assembly to hold a skate blade between a surface of a clamp of the clamping assembly and a surface of the anvil plate for skate sharpening and/or skate contouring, the improvement comprising a plurality of alignment holes in a surface of the anvil plate or clamp or a plurality of alignment pins extending from the surface of the anvil plate or clamp, the alignment pins or holes spaced apart and adapted to engage with respective alignment holes or pins of the skate blade so that when the alignment pins engage the alignment holes, the skate blade is held with respect to the anvil plate or clamp for skate sharpening or skate contouring. 2. The holder of claim 1, wherein the anvil plate includes the plurality of alignment pins. 3. The holder of claim 2, wherein the alignment pins have a circular cross sectional shape. 4. The holder of claim 2, wherein the alignment pins are aligned along a longitudinal axis of the upper surface of the anvil plate. 5. The holder of claim 2, wherein a length of the alignment pins is equal to or less than a thickness of the skate blade. 6. The holder of claim 2, wherein a length of the alignment pins is greater than a thickness of the skate blade but equal to or less than a thickness of two or more skate blades. 7. The holder of claim 2, wherein the alignment pins are movable between a first position where at least a portion of the pin extends from a surface of the anvil plate or clamp so that the alignment pins can engage holes in the skate blade and a second position where the pin is positioned from the surface of the anvil plate or clamp so that a skate blade without holes can rest on the surface of the anvil plate or clamp without interference from the alignment pins. 8. The holder of claim 7, wherein the alignment pins are spring biased for movement between the first and second positions. 9. In a skate blade having a length direction extending between front and rear ends of the skate blade and adapted to be held in a skate blade holder, the improvement comprising at least two alignment holes or pins, the at least two alignment holes or pins being spaced apart and aligned along the length direction of the skate blade, the at least two alignment holes or pins sized to engage with corresponding alignment holes or pins on an anvil plate or clamp of a skate sharpening holder, the alignment pins or holes on the skate blade permitting a secure engagement with the anvil plate or clamp to hold the skate blade in place so that it can be sharpened or contoured without moving with respect to the anvil plate. 10. The skate blade of claim 9, wherein the skate blade has spaced-apart alignment holes. 11. The skate blade of claim 10, wherein the spaced-apart alignment holes are circular in shape. 12. The skate blade of claim 9, wherein the skate blade comprises: a solid construction with no openings other than the alignment holes; ora construction having one or more openings in the skate blade for weight savings, the alignment holes being in addition to any weight saving openings. 13. The skate blade of claim 12, wherein the skate blade has spaced apart alignment holes. 14. The skate blade of claim 13, wherein the spaced apart alignment holes are circular in shape. 15. In a method of sharpening or contouring a skate blade using a skate sharpening holder having an anvil plate and clamp to hold the skate blade therebetween, the improvement comprising securing the skate blade between the clamp and anvil plate using spaced apart alignment pins or holes on a surface of the anvil plate or clamp and respective spaced apart holes or pins in the skate blade for skate sharpening or skate contouring. 16. The method of claim 15, wherein the spaced apart pins are on an upper surface of the anvil plate to engage spaced apart holes in the skate blade. 17. The method of claim 15, wherein the spaced apart holes in the skate blade are circular in shape and/or the spaced apart pins on the anvil plate or clamp have a circular cross section. 18. In a skate sharpening holder having an anvil plate and a clamping assembly to hold a skate blade between a surface of a clamp of the clamping assembly and a surface of the anvil plate for skate sharpening and/or skate contouring, the improvement comprising at least one alignment hole in a surface of the anvil plate or clamp or at least one alignment pin extending from the surface of the anvil plate or clamp, the at least one alignment pin or hole shaped to engage with a hole or pin of the skate blade so that the skate blade cannot rotate with respect to the anvil plate or clamp and the skate blade is held with respect to the anvil plate or clamp for skate sharpening or skate contouring. 19. In a method of sharpening or contouring a skate blade using a skate sharpening holder having an anvil plate and clamp to hold the skate blade therebetween, the improvement comprising securing the skate blade between the clamp and anvil plate using at least one alignment pin or hole on a surface of the anvil plate or clamp and at least one alignment hole or pin in the skate blade, wherein the at least one alignment pin or hole on the anvil plate or clamp and the at least one alignment hole or pin on the skate blade are shaped so that the skate blade cannot rotate when secured between the clamp and the anvil plate. 20. The method of claim 19, wherein the clamp or anvil plate has the at least one alignment pin and the skate blade has the at least one hole. 21. The method of claim 20, wherein the at least one hole on the skate blade is in addition to one or more weight saving holes on the skate blade. 22. The method of claim 20, wherein the at least one hole on the skate blade is a weight savings hole.