Arc-shaped and polygonal crushing tooth arrangement in rotor crushers and roller crushers
A technology of rollers and rotors, which is applied in the direction of grain processing, etc., can solve the problem of no naming of radial connecting lines, and achieve the effects of reduced tooth wear, long service life, and high throughput
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[0051] exist Figure 7 The exemplarily illustrated arched configuration in includes construction lines with polynomial functions of permutations of the second (A) and third (B). Advantageously, this arched formation is represented by polynomial functions arranged arbitrarily, since these polynomial functions are always continuously differentiable and do not contain discontinuities as in the case of an arrowhead formation at the tip of the arrow .
[0052] exist Figure 8 The arched configuration with eccentric (A) and concentric (B) arched segments pointing towards the crushing gap or pointing away from the crushing gap is shown in . In the case of arching in the direction of the crushing gap, the material is conducted to the edge of the rotor / roller (eccentrically), otherwise to the center (concentrically).
[0053] It is also possible to switch a plurality of arches in a row of teeth in undulating succession in the manner of multiple arches.
[0054] A crushing roller with...
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