Stirring method and stirring apparatus thereof

Abstract

The invention relates to a stirring method and a stirring apparatus thereof. The stirring method is characterized in that: a main shaft is employed; a revolutional support is arranged on the main shaft; a driving gear is arranged on the revolutional support; and the revolutional support is driven by the driving gear to generate revolution; besides, two secondary driving shafts are arranged on the revolutional support; secondary drive motors are arranged at and are connected with the two secondary driving shafts; and the secondary drive motors are driven by the secondary driving shafts to carry out autoroatation. According to the invention, the stirring method is rapid and is highly effective; and the stability is high and the energy consumption is low; besides, autoroatation and revolution of secondary driving shafts can be effectively realized; meanwhile, independent stirring and driving of a single secondary driving shaft are also supported, so that a demand on mixing and stirring of fluid with different viscosities and non fluid can be met. Moreover, the stirring apparatus has advantages of reasonable structure and design as well as uniform and highly efficient stirring performance; on the basis of combination of autoroatation and revolution of the secondary driving shafts, uniform and highly efficient stirring as well as rapid tank cleaning operation can be realized; and time saving and power saving purposes can be achieved; meanwhile, control on autoroatation and revolution of the secondary driving shafts can be adjusted independently; therefore, stirring work that is suitable for different fluid and materials can be realized.

Description

Technical field [0001] The invention belongs to the mixing technology of a compound mixing mode, and specifically relates to a mixing method and a mixing device that can freely adjust revolution and rotation mixing. Background technique [0002] The methods and devices used for fluid stirring in the prior art are generally single-axis drive stirring, but when the fluid has a large viscosity and a large stirring resistance, this type of stirring device cannot meet the purpose of sufficient stirring and mixing. Both efficiency and effect are relatively poor. Some foreign mixing devices use a gear assembly on the central mixing shaft, and the planetary mixing shaft is driven by the gear assembly at a variable speed, so that the mixing blade driven by the planetary mixing shaft rotates while rotating, so as to achieve the purpose of full mixing and mixing. The disadvantage of this technology is that the speed and direction of the stirring blades connected to the planetary stirring s...

AI Technical Summary

Problems solved by technology

The disadvantage of this technology is that the speed and direction of the stirring blades connected to the planetary stirring shaft cannot be adjusted, and the stirring drive of the planetary stirring shaft must be realized under the premise that the main stirring shaft rotates.

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