| 1. | Application of block overloading mechanism in parts assembly - relations
图块重载机制在零件图装配关系中的应用 |
| 2. | The model consists of full information of product , assembly relationship and assembly tree
该层次模型包括零件(产品)信息、装配关系、装配树等完备的产品信息。 |
| 3. | Design the inside structure , installation structure and assembly relation of the products , assess the rationality of product structure
设计产品的内部结构，和产品的安装结构以及装配关系，评估产品结构的合理性。 |
| 4. | 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。 |
| 5. | Analyze whether the assembly relation between the parts is rational , whether exists interfere appearance , analyze the loaded intensity of each part
分析零件之间的装配关系是否合理，是否存在干涉显现，分析各个部件的载荷强度。 |
| 6. | In order to resolve the problem of getting assembly relationships from cad model , an assembly feature based assembly modeling method is described
为了解决从cad模型中提取装配关系的问题，阐述了基于装配特徵建立产品装配模型的方法。 |
| 7. | Researches and analyzes aircraft assembly design task , such as assembly methods , assembly action and assembly direction etc . summarizes the characteristics and workflow of wing assembly design . 2
调研并分析了装配关系、装配动作、装配方向等飞机装配的主要内容，总结了机翼装配的特点及流程； 2 |
| 8. | Abstract : this paper describes variable constructional key technology in plastic injection mould cad , and present a sample of geometry restricting and engineering restricting in assemble designed
文摘:对塑料注射模计算机辅助设计软件中装配模型的概念和数据结构进行了描述，并给出了一个装配关系的描述实例。 |
| 9. | Assemblies have the characteristics of " multiple parts and multi - kinds of materials " that make it hard to express the position relationships among assemblies and difficult to get the correct simulation result
装配体具有“多零件多材质”等特点，通常的建模方法难以正确描述零件之间的装配关系，仿真实现难度大。 |
| 10. | The results of calculation show that these algorithms are succinct , efficient , accurate , reliable , and they can accomplish the optimal design of integrated layout and connection scheme with high intelligence
重点是应用ngsa算法进行布局即装配关系设计的实现技术。装配关系设计以前五个环节为底层支撑，构成液压集成块布局布孔优化设计方法的核心内容。 |
