Impeller-structured system for rotor-rotor-type dispersion and emulsification apparatus
AssigneeK+S Aktiengesellschaft
InventorBum-seop LEE
Life of this patent
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Abstract
A system structure of an impeller for a dispersion-emulsion apparatus based on dual rotor is provided. This system includes an impeller unit in which an impeller constituted by a first rotor and a second rotor is configured in multi stages, in which the first rotor and the second rotor are driven in reverse rotational states to each other by driving motors of the respective rotors and respective target materials to be mixed sequentially pass between the multi-stage impeller units at once by a one-pass method, and as a result, a total working time for processing of dispersion-emulsion is significantly shortened, uniformity of a particle size is enhanced by micro shearing (cutting) of the respective mixed materials.
Claims10
A system structure of an impeller for a dispersion-emulsion apparatus based on dual rotor, comprising:
- a first rotor 30a having one or more multiple first rotor teeth 310 which have a disk shape and protrude downward arranged at a regular interval along one or more multiple concentric circumferences, and fixedly installed on the outer periphery of a first driving shaft 13 inserted through an opened first shaft fixation hole 312 at the center;
- and
- a second rotor 30b having one or more multiple second rotor teeth 320 which have the disk shape and protrude downward arranged at the regular interval along one or more multiple concentric circumferences, and fixedly installed on the outer periphery of a second driving shaft 23 while an outer edge is fixed to a second rotor fixation bracket 230 and rotational center axes coincide with each other,
- wherein the first rotor 30a and the second rotor 30b are coupled to face each other, and the first rotor 30a and the second rotor 30b are coupled to each other in a state where the first rotor teeth 310 and the second rotor teeth 320 form an interval,
- the first rotor teeth 310 and the second rotor teeth 320 are arranged on the concentric circumference and the first rotor teeth 310 and the second rotor teeth 320 are arranged on different circumferences, and
- when the first rotor 30a and the second rotor 30b are coupled to face each other, the first rotor teeth 310 and the second rotor teeth 320 are repeatedly disposed to cross each other in the state where the first rotor teeth 310 and the second rotor teeth 320 are adjacent to each other by different concentric circumferences.
Dependencies are inferred from the claim text.