该设备是根据槽内流体的流动形态取决于搅拌叶轮、附件的类型及它们之间的空间配置关系，从运用龙卷风形成机理入手研制成功的。
It is developed based on the flow pattern of fluid in a trough depending on the type of impeller, the type of accessories and their related position in space, and on the tornado formation mechanism.
该设备的研制成功可使易磨损工作部件的使用寿命提高3～4倍，可从人力、物力、电力等方面大大降低工业成本及辅助作业成本，降低劳动强度，提高生产效率。
Life expectancy of work part can be increased by 3 to 4 times. The new system can offer end user excellent cost effectiveness in human labour, electricity. material and maintenance, etc.
本设备的研制成功填补了国内该领域的空白，为科研人员开展植物短纤维性能和应用方面的高水平研究提供了新的手段。
The development of the apparatus not only filled the empty of the field in China, but also provided new approaches for conducting high-level basic and applied researches in short vegetable fibers.
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