Determination of the errors first component in the tolerance field structure of the inter-transition size for the transformation of geometric elements in the structure of the initial blanks

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引用次数: 3

Abstract

To determine the errors first component in the tolerance field structure of the inter-transition size the knowledge base of the production technological preparation by seven levels of its basic objects of functionally different types is used. The task is solved in the working space of working machines, in the structure of which two technological schemes are built: for basing the initial blanks in working machines and for basing form elements in working machines and their geometric forming on working machines. Technological schemes for basing the initial blanks into working machines in the general case have a significant impact on the geometric and dimensional errors (the considered component) of the shape elements to be converted in the technological schemes for basing form elements into working machines and their geometric forming on working machines. It is shown that the determination of the errors first component in the tolerance field structure of the inter-junction size must be carried out by means of specialized intelligent control and measuring systems, embedding them in the structure of working machines. Determination of the first component in the tolerance field structure of the inter-transition size is relevant, has scientific novelty and practical significance. Keywords technological preparation of production; cutting processing; system analysis; information technology; modeling solutions; systems technology
确定误差第一分量在公差场结构中的过渡间尺寸,用于几何元素在初始毛坯结构中的转换
为了确定过渡间尺寸公差场结构中的误差第一分量,采用了由功能不同类型的7级基本对象组成的生产工艺准备知识库。该任务在机床的工作空间中求解,在该结构中建立了两种工艺方案:一种是在机床上建立初始毛坯,另一种是在机床上建立形状元件及其几何成形。初始毛坯入工机工艺方案一般对入工机工艺方案中所要转换的形状元的几何误差和尺寸误差(所考虑的分量)有较大的影响。结果表明,公差场结构中第一分量误差的确定必须通过专门的智能控制和测量系统来实现,并将其嵌入到工作机器的结构中。确定第一构件在公差领域结构的过渡间尺寸具有相关性,具有科学新颖性和现实意义。关键词工艺准备;生产;切削加工;系统分析;信息技术;建模解决方案;系统技术
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