SHEAR BLADE ASSEMBLY FOR A BLENDER
A blender system with a shearing blade assembly is shown and described. The blender system may include a container and a shear blending assembly attached thereto. The shear blending assembly may include a cutting blade, a shearing blade, a shear mechanism, and bearings operably coupled with a blending base. The shearing blade may force foodstuff through apertures of the shearing mechanism. The foodstuff may be drawn through a cut path of the cutting blade. The cutting blade may cut the foodstuff.
1 . A blade assembly for a blender system, comprising:
a shear mechanism comprising at least one side wall defining an intake area, the side wall comprising a plurality of apertures, wherein a first end of the shear mechanism comprises an intake opening for receiving foodstuff within the intake area;
a shearing blade at least partially disposed within the intake area, wherein at least one of the shearing blade or the shear mechanism is configured to rotate about an axis; and
a cutting blade proximal to the intake opening.
2 . The blade assembly of claim 1 , further comprising:
a choke plate disposed on the shear mechanism proximal to the intake opening.
3 . The blade assembly of claim 1 , further comprising a rotary shaft attachable to at least one of the cutting blade, shearing blade, or shear mechanism.
4 . The blade assembly of claim 3 , wherein the cutting blade and shearing blade are attachable to a rotary shaft, wherein rotation of the rotary shaft rotates the cutting blade and the shearing blade.
5 . The blade assembly of claim 1 , wherein the shearing blade and the cutting blade are monolithically formed.
6 . The blade assembly of claim 1 , wherein a portion of the shearing blade comprises the cutting blade.
7 . The blade assembly of claim 1 , wherein at least a portion of the cutting blade is disposed above the intake opening.
8 . The blade assembly of claim 1 , wherein the cutting blade is disposed between a closed end of the shearing mechanism and substantially equal to or below an open end of the shearing mechanism.
9 . The blade assembly of claim 1 , wherein the cutting blade comprises at least one wing, wherein the at least one wing is substantially level with a horizontal axis.
10 . The blade assembly of claim 1 , wherein the cutting blade comprises at least one wing, wherein the at least one wing is substantially flat.
11 . A blender system comprising:
a blender container;
a pump assembly comprising an inlet area and an outlet area, wherein the inlet area and the outlet area are disposed within the blender container; and
a blade assembly disposed within the blender container, wherein the pump assembly is configured to draw foodstuff through a cut path of the blender container.
12 . The blender system of claim 11 , further comprising:
a blender base comprising a motor, the blender base configured for receiving the blender container.
13 . The blender system of claim 12 , wherein the motor is configured for driving the blade assembly and the pump assembly.
14 . The blender system of claim 12 , wherein the pump assembly comprises a plurality of wings configured to generate lift.
15 . The blender system of claim 14 , wherein the plurality of wings are bent at compound angles.
16 . A blender system comprising:
a container comprising a first end and a second end;
a shear mechanism positioned in the container, the shear mechanism comprising at least one side wall defining an intake area, the side wall comprising a plurality of apertures, wherein a first end of the shear mechanism comprises an intake opening for receiving foodstuff within the intake area;
a shearing blade at least partially disposed within the intake area, wherein at least one of the shearing blade or the shear mechanism is configured to rotate about an axis; and
a cutting blade proximal to the intake opening.
17 . The blender system of claim 16 , further comprising:
a choke plate disposed on the shear mechanism proximal to the intake opening.
18 . The blender system of claim 16 , further comprising a rotary shaft attachable to at least one of the cutting blade, shearing blade, or shear mechanism.
19 . The blender system of claim 18 , wherein the cutting blade and shearing blade are attachable to a rotary shaft, wherein rotation of the rotary shaft rotates the cutting blade and the shearing blade.
20 . The blender system of claim 16 , wherein the cutting blade comprises at least one wing, wherein the at least one wing is substantially level with a horizontal axis.