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Inherent engagement mechanism study of profile of scrolls

机译：涡旋轮廓的固有啮合机理研究

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摘要

Profiles type selection is very important for scroll compressor. Inherent engagement mechanism was discovered in the study of scrolls. And a novel method for scroll profiles based on inherent engagement mechanism is proposed. The result shows that the engagement region angle (ERA) of odd regular polygon involutes is half of the characteristic-geometry exterior angle, and that of even regular polygon involutes is equal to the exterior angle to the moment. The corresponding ERA is reducing increasingly with the edge number increasing of characteristic geometry. The performance characteristics of scroll compressor tend towards the best correspondingly. Aiming at existed problems of profile design for scrolls, it developed a novel methodology to study scroll profile. Originality research was done for the further study of scroll profile. It is the fundamentality factor representing essence character of scroll profiles function itself.
机译：配置文件类型的选择对于涡旋压缩机非常重要。在卷轴的研究中发现了内在的参与机制。并提出了一种基于固有啮合机制的涡旋轮廓新方法。结果表明，奇数规则多边形渐开线的啮合区域角（ERA）是特征几何外角的一半，偶数规则多边形渐开线的啮合区域角等于该时刻的外角。随着特征几何的边数增加，相应的ERA越来越少。涡旋压缩机的性能特征相应地趋向于最佳。针对涡旋型材设计中存在的问题，它开发了一种新颖的方法来研究涡旋型材。进行了独创性研究，以进一步研究滚动轮廓。它是表示滚动轮廓功能本身的本质特征的基本因素。

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