A nut chopper includes an upper hopper, a lower container, and a grate positioned between the hopper and container. A series of parallel blades supported on an axle and coupled to a crank is positioned so that the blades may be rotated through the grate. As the blades pass through the grate, they chop the nuts that are in the path of the blades. Once individual nuts are chopped into sizes that are smaller than the width of the openings formed in the grate, the chopped portions will fall through the grate and into the container.
1. A nut chopper, comprising:
a main body having a hopper configured to hold a plurality of nuts and a container positioned below the hopper;
a grate positioned to support the plurality of nuts in the hopper, the grate having a plurality of slots; and
a plurality of blades carried on an axle and positioned adjacent the grate for rotational movement of the plurality of blades about the axle and through the grate, each of the plurality of blades being formed as a flat plate having a central bore for supporting the blade on the axle, the plurality of blades further being separated along the axle by a plurality of spacers carried on the axle, each of the blades being mounted on the axle to form an angular orientation of the blade on the axle, the angular orientation of each one of the plurality of blades being different from the angular orientation of each other one of the plurality of blades, the angular orientation of the plurality of blades further being uniformly distributed about the entirety of the circumference of the axle.
2. The nut chopper of claim 1 , wherein each of the plurality of blades is formed as an elongated hexagon having a pair of opposing apexes positioned on opposite sides of the axle.
3. The nut chopper of claim 1 , wherein the axle further comprises a non-circular cross section.
4. The nut chopper of claim 3 , wherein each of the plurality of blades is formed with a bore having a shape complementary to the non-circular cross section of the axle.