Internal mixer

Abstract

The invention discloses an internal mixer, comprising two rotors which are parallel to each other in reversing rotation, wherein each rotor comprises a rotor body and six ribs arranged on the surface of the rotor; the six ribs comprise four long ribs and two short ribs, the four long ribs are symmetrically distributed at 90 degrees on the cross section of the rotor, and the two short ribs are radially distributed at 180 degrees on the cross section of the rotor; and the internal mixer further comprises a top peg and an air cylinder, in which the top peg is arranged. By changing the initial position of the top peg and the structure of the ribs of the rotors, the internal mixer disclosed by the invention has the advantages of good feeding performance and highly strong processing capability, and is capable of greatly reducing an over-refining or scorching phenomenon of the sizing materials due to shortened mixing time, greatly enhancing the mixing efficiency and effect of the internal mixer, and improving production.

Description

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AI Technical Summary

Benefits of technology

This new design allows for better feedability without being affected by factors like temperature changes that can affect its properties during use. It improves upon existing designs while reducing their impact on productivity.

Problems solved by technology

This patented problem with current internal combustion engines has been that they are time-consuming in their process due to slow down or insufficiently mixed fuel during engine startups.

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