| 1. | Study of the system for modular fixture rapid design and assembly
组合夹具快速设计和装配系统的研究 |
| 2. | Modular parts of fixture construction - general features , profiles and dimensions
组合夹具元件结构要素 |
| 3. | Modular parts of fixture construction - general features , profiles and dimensions
组合夹具元件结构要素 |
| 4. | In the end , we give an application of combed - fixture
文章的最后，以组合夹具为例，研究了虚拟装配的一个应用。 |
| 5. | Universal jig and fixture system
组合夹具系统 |
| 6. | Testing method for elements of universal modular jig and fixture system with slots
槽系列组合夹具元件.成品检验方法 |
| 7. | Small modular fixture
小型组合夹具 |
| 8. | ( 2 ) this paper introduces how to analysis and design the intelligent modular fixture assembly system based on the software architecture and use uml as the modeling tool
( 2 )以uml为建模语言，利用体系结构设计的思想，对组合夹具计算机智能组装系统进行了系统分析、系统设计。 |
| 9. | The emergence of the computer - aided fixture design system makes it possible to assemble the modular fixture virtually , and have a higher speed than assemble manually , also it can increase the productivity and decrease the labor intensity
组合夹具计算机辅助设计系统的产生使组合夹具实现了虚拟拼装，克服人工组装造成的速度慢等缺点，达到提高生产率、减轻劳动强度的目的。 |
| 10. | ( 3 ) this system realizes the interaction between users and the intelligent modular fixture assembly system though the interface structured with vc + + , and also develops the significant functions of this system with the objectarx technique
( 3 )使用面向对象的vc + +编程语言构建人机接口，实现用户与组合夹具计算机智能组装系统之间的交互，并且利用objectarx技术开发了组合夹具计算机智能组装系统部分关键功能。 |
