基于基因工程的镀膜机快速设计研究

目的研究大批量定制模式下镀膜机快速设计的方法。方法提出基于基因工程理论的关键技术,并将这些技术应用到镀膜机的快速设计当中。研究镀膜机产品基因的提取、扩增、重组和表达的实现方法,即根据分解重构理论,从实体结构和功能结构开始模块划分,提取镀膜机的全部基因信息,采用数据库表的储存和检索构建基因文库对产品基因进行管理,运用事物特性表实现基因扩增,采用配置设计方法对目的基因和载体基因进行重组,运用基于功能表面理论方案对携带有遗传信息的重组基因表达在模型结构上。结果在Solid Wroks2012开发平台下,开发了基于基因工程的镀膜机快速设计平台,实现了结构设计、工艺设计和产品数据管理的一体化。通过测试,设计效率提高了31%。结论将基于基因工程的镀膜机快速设计平台引入到企业当中,可以降低设计人员的劳动强度及缩短开发周期,缓解了大批量设计与个性化定制之间的矛盾,从而提高了企业的实际效益和市场竞争力。

Rapid Design of Coater Based on Gene Engineering

The aim of this work was to study the rapid design method of coater under the mode of mass customization. Key technologies based on gene engineering theory were proposed and applied in the rapid design process of coater. Methods to realize extraction, amplification, recombination and expression of coater product gene were studied. According to the theory of decomposition reconstruction, all the genetic information of the coater was extracted, starting from module partition of the entity structure and function structure. Saving database table as well as searching and constructing gene library was used to manage the product genes. Gene was amplified by article characteristics table. The configuration design method was used to recombine the target gene and vector gene, and the theory of functional surface was used to express the recombinant gene carrying the genetic information on the model structure. Based on the SolidWorks2012 platform, gene technology-based coater rapid design platform was developed, and structural design, process design and integration of product data management were integrated. A test revealed that the design efficiency of coater was improved by 31%. By applying the gene technology-based rapid design to the company, the labor intensity of designer could be reduced and the development cycle could be shortened. The contradiction between mass customization and individual design was relieved and the actual benefit as well as the market competitiveness of enterprise was enhanced.