fixturing
英
美
(fixture 的现在分词) n. 固定(状态), 固定物, 设备
[计] 夹具
fixture的现在分词
双语例句
- The feature-based workpiece integration model is developed. Fixturing feature model, feature information pick-up process, feature identifying and feature mapping method are analyzed.
分析了基于特征的工件集成模型，重点研究了装夹特征模型、装夹特征提取流程、约束特征识别方法和特征映射方法。 - Design of supporting and locating position is an indispensable part of fixturing design process.
定位支承设计是装夹设计过程的核心部分。 - These include magnetic workholding, fixturing, and material handling equipment for the metalworking industries.
产品在金属加工领域应用在磁性装卡、具和物料搬运方面。 - On the analysis of the fixturing characteristics of workpiece, the design requirement is extracted. The process of Function-Form Mapping relationship is comprehensively analysed and reconstitution of the conceptual fixture structure is realized.
在对零件夹持特性分析基础上，提取夹具设计需求，并对组合夹具功&构映射关系进行全面分析，对组合夹具概念结构实施多方案重构，并进行了实例验证。 - The framework structure of automation fixturing design system is discussed in this paper. The workpiece deformation analysis module is established in preliminary fixturing design configuration. The workpiece deformation is confirmed based on the use of finite element analysis tool and quantitative approach.
描述了一种自动装夹设计系统体系结构，并建立了初始装夹设计方案中工件最大变形的分析模型，应用有限元分析工具对工件最大变形进行定量分析； - To minimize errors due to such leakage paths, choose a switch card with high isolation resistance and use guarding wherever possible, including in the test fixturing and cabling.
为了最小化这样的漏泄通路引起的误差，请选择具有高隔离电阻的开关卡，并尽量采用保护线，包括测试夹具和电缆。 - Geometric reasoning approach for supporting position and workpiece deformation in the automation fixturing design
自动装夹设计中支承位置与工件变形的几何推理方法 - The precision automatic assembly system for micro parts is widely used in the variety of fields. The importance of fixturing is often underestimated in the development of precision assembly system for miniature products.
因此微小型产品精密自动装配系统被广泛研究应用于以上各种领域，但是装配夹其的重要性在微小型产品精密自动装配系统中常常被低估。 - Development and Application for Reference Free Part Encapsulation Fixturing
无基准工件封装夹具的发展与应用 - The paper also provides commonly algorithm to select supporting and locating position by 3 2 1 locating principle for automation fixturing design system to hold the workpiece rigidly and accurately during fixturing design process.
为自动装夹设计系统提供一种用321定位原理确定定位支承位置的一般算法，使工件在自动装夹设计过程中具有严格准确的位置。