Device for crushing and pelletizing materials by adopting eddy current

Abstract

The invention discloses a device for crushing and pelletizing materials by adopting an eddy current. The device comprises a material inlet, a crusher, a toothed plate, a material outlet and a power mechanism, wherein an inlet of the crusher is connected with the material inlet, the toothed plate is arranged on the wall of an inner cavity of the crusher, the material outlet is connected with an outlet of the crusher, and a rotary shaft of the power mechanism is connected with the crusher, so as to output power to the crusher. The device has the advantages that a remarkable pelletization effect is achieved; and due to the utilization of an eddy current effect, the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to a granulation device, in particular to a vortex crushing and granulation device. Background technique [0002] In the prior art, the general product sizing method is rolling sizing. Its principle is: if figure 1 As shown, in a rectangular parallelepiped thick-walled container 1', there is a roller 2' weighing 500kg. This roller can move in the rectangular parallelepiped thick-walled container 1'. Add the material that needs to be granulated, and roll it through the movement of the roller 2' to make the material crushed under the rolling condition. The finer particles in the crushed material fall through the dense pores 31' of the cuboid bottom plate 3' without falling. The material is rolled back and forth and continuously blanked to complete the rolling granulation. Although this method can achieve a certain granulation effect, the method is cumbersome and inefficient. Contents of the invention [0003] The object of the ...

AI Technical Summary

Problems solved by technology

Its principle is: if figure 1 As shown, in a rectangular parallelepiped thick-walled container 1', there is a roller 2' weighing 500kg. This roller can move in the rectangular parallelepiped thick-walled container 1'. Add the material that needs to be granulated, and roll it through the movement of the roller 2' to make the material crushed under the rolling condition. The finer particles in the crushed material fall through the dense pores 31' of the cuboid bottom plate 3' without falling. The material is rolled back and forth and continuously blanked to complete the rolling and sizing. Although this method can achieve a certain effect of sizing, the method is cumbersome and inefficient.

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