Parts are parameterized to find the assembly relation between part features.
首先将零部件参数化，然后找出零部件特征之间的装配关系。
According to the size of design, the electronic file of each part and the assembly relation between all parts will be accomplished accurately.
按设计尺寸，精确地完成产品的各个零件的电子文件和零件之间的装配关系。
According to the size of designing, the assembly relation between the electronic file and part of each part of the accurate completion products.
按设计尺寸，精确的完成产品的各个零件的电子文件和零件之间的装配关系。
Assembly relation matrix, information matrix and assembly chain were established. Detailed mechanism of collaborative design and algorithm wer...
建立装配关系矩阵、装配信息矩阵、装配信息链表，给出了详细的协同机制和算法。
Assembly relation matrix, information matrix and assembly chain were established. Detailed mechanism of collaborative design and algorithm were developed.
建立装配关系矩阵、装配信息矩阵、装配信息链表，给出了详细的协同机制和算法。
Meanwhile, based on the information of the function structural tree and its parts of the production, the sub-assembly was judged by dividing the assembly relation graph and matching the rule.
利用产品功能结构树和零部件的信息，采用基于装配关系图分割的几何推理和基于规则的知识推理的方法来简化工艺子装配体的识别，以此生成装配结构树。
Firstly, it is proposed to build Interference-Freeness Matrix for assembly in order to describe the relation of parts.
首先，提出建立装配体的干涉—自由矩阵，描述零件相互之间的空间关系。
In this paper, the following tasks have been accomplished: (1) Analyzing the constraint relation of parts to accomplish Oriented Functional Relationship Graph (OFRG) assembly modeling.
在本文中完成了以下的工作：(1)通过分析装配体中零部件之间的约束关系，建立装配体的有向功能关系图(OFRG)装配模型。
A method is provided to generate an assembly sequences from production relation graph for products.
提出了一种由产品关联图自动生成产品装配优化序列的方法。
There is a bit difficult in judging covering assembly in partially ordered relation on a basis of its definition in discrete mathematic.
直接根据现有离散数学教材中偏序关系中“盖住”的定义，来判定偏序关系中的盖住集，有时比较困难。
Then, the preferential constraint relation of sub-assembly is judged by matching assembly knowledge. The algorithm efficiency of generating assembly process APS-tree is improved.
然后，利用装配知识判定子装配体的装配优先约束关系，提高由装配结构树生成装配工艺APS树的效率。
Applied the theory of unary linear regression, the quantitative relation between the selection and assembly rate of regeneration bearing and the damaged quantity of bearing is discussed in the paper.
应用一元线性回归理论讨论了再生轴承选配率与轴承损伤数量之间的定量关系。
Applied the theory of unary linear regression, the quantitative relation between the selection and assembly rate of regeneration bearing and the damaged quantity of bearing is discussed in the paper.
应用一元线性回归理论讨论了再生轴承选配率与轴承损伤数量之间的定量关系。
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