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1)  geometrical tolerance zone
形位公差带
1.
In this article,the author analyses the concept of the direction and position of geometrical tolerance zone,and makes a suggestion of using the five factor method to analyse geometrical tolerance zone.
分析了形位公差带方向的概念,阐述了形位公差带方位的概念,建议采用"五因素"分析法来分析形位公差带
2)  Geometric tolerance
形位公差
1.
Optimal tolerance allocation for composite dimensional and geometric tolerances;
尺寸公差与形位公差混合优化分配
2.
Research on Key Techniques for Concurrent Design of Product Conceptual Structure and Geometric Tolerance;
产品概念结构与形位公差并行设计关键技术研究
3.
Development of a geometric tolerance code tagging system based on the AutoCAD
基于AutoCAD的形位公差代号标注系统的开发
3)  Form and position tolerance
形位公差
1.
Parameterized programming for form and position tolerances automatically;
AutoCAD环境下形位公差的参数化自动标注程序设计
2.
A graphic method for determining form and position tolerance is presented based on the tolerance principle and deviation and tolerance theory.
根据公差原则并应用偏差和公差理论 ,提出一种基于公差原则的确定形位公差的图解法。
3.
Mathematical basis is provided to measure form and position tolerance of roller rim using coordinate value electrometry and microcomputer data processing.
探讨一种在统计意义下控制功能等效的变换算法,将生产图样中标注的尺寸公差变换成以参数方程形式描述的形位公差。
4)  shape and position tolerance
形位公差
1.
Brief analysis of how to reasonably select shape and position tolerances;
简析形位公差选择的合理性
2.
Influence of shape and position tolerance of dryers and rolls for paper machines
缸辊形位公差对纸机的影响
3.
In this article,according to the relationship between dimension tolerance and shape and position tolerance which is difficultly understood while designing,especially the compensation of both sides,the writer does the further re.
结合机械零件设计时较难理解的形位公差与尺寸公差的关系,特别是相互之间的补偿问题进行了较为全面、深入的研究,可以为工程设计人员和教学人员提供正确的使用和阅读参考。
5)  shape and location tolerance
形位公差
1.
Analysis of the shape and location tolerance loop in dimensional chain;
尺寸链中形位公差环的分析
6)  Geometrical tolerance
形位公差
1.
Choice and inspection of geometrical tolerances of centrifuge;
离心机主轴形位公差选择标注及检测
2.
The paper analyzes the control feature of run-out tolerance and the relationship between run-out tolerance and the other geometrical tolerance , and discusses the proper use of run-out tolerance .
分析了跳动公差的控制特点以及与其它形位公差的关系 ,并对正确合理使用跳动公差进行了讨
3.
An ideal boundary, which stands for the limit condition of real feature under meeting design demands, can be formed by suitable dimensional and geometrical tolerances.
理想边界是由尺寸公差和形位公差综合形成的 ,它代表实际要素在满足设计要求条件下的极限状态 。
补充资料:Pro/Engineer Drawing 修改形位公差
菜单:DETAIL > modify > Geom Tol

选择一个形位公差,会出现上节中的对话框。按需要修改即可


Pro/Engineer

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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