“互联网+”环境下复杂定制装备设计驱动与反馈技术研究

An important influence on the complex customized equipment design pattern and technology have been generated with the development and wide application of the internet technology. In order to solve these customized equipment design technical problems under the internet+ environment, including individual demand intelligent transformation driven by the big data, crowdsourcing methods of customized equipment design scheme driven by design pattern, design resources intelligent push driven by feedback characters.In this project, these will be studied under the internet+ environment which include the technology of customized equipment individual demand transformation, the method of scheme evolutionary design based on crowdsourcing platform, the inter-feedback technology of customized equipment design, the design resources push method based on fusion between design Process and design state.Some technical innovations and breakthroughs of customized equipment design will be obtained through this project research which include the individual demand transformation driving technology, design scheme evolutionary driving technology and resources push method driving technology based on feedback and dynamic activation.A customized equipment design prototype system base on driving and feedback will be developed. This design system will be used in the key parts design of injection molding machine. The theory and method of this project will provide technical support for complex customized equipment intelligence and innovative design platform.

“互联网+”的快速发展对复杂定制装备设计模式与技术产生了重要影响。为解决“互联网+”大数据驱动的定制装备个性化需求智能转化、“互联网+”设计模式驱动的定制装备方案众创设计方法、“互联网+”反馈特征驱动的定制装备设计资源智能推送等问题。项目研究“互联网+”环境复杂定制装备个性化需求转化技术、众创平台定制装备方案设计进化方法、“互联网+”环境定制装备设计互反馈技术、融合设计过程与状态的设计资源推送方法等。通过项目研究，在“互联网+”复杂定制装备需求转化驱动技术、复杂定制装备方案设计进化驱动技术、反馈特征的设计资源动态激活推送技术等方面取得创新与突破。开发复杂定制装备设计驱动与反馈设计原型系统，并在注塑装备的关键部机设计中进行应用验证。为进一步构建“互联网+”环境下复杂定制装备智能与创新设计平台提供技术支撑。

产品个性化定制是制造业的发展方向，“互联网+”技术发展对定制产品需求分析与设计方式等产生了重要影响。针对复杂定制装备需求多样、设计繁琐与困难等问题，项目开展了“互联网+”环境复杂定制装备设计技术研究。.项目提出并实现了“互联网+”环境下复杂定制装备设计驱动与反馈关键技术与方法，包括复杂定制装备层次反馈需求预测方法、数字孪生赋能需求－设计参数转化方法、面向众创设计的设计任务数据分解方法、定制装备设计方案融合方法、定制装备自适应轻量化设计进化方法、多源异构的定制装备设计方案评价方法、定制装备多性能融合反馈设计方法、加权特征设计知识适用概率匹配技术、融合过程感知与项目群聚的知识推送技术等。项目在“互联网+”环境下复杂定制装备需求转化驱动方法、“互联网+”定制产品设计任务链分解与融合技术、复杂定制装备方案进化设计技术、融合反馈特征的设计资源动态激活智能推送技术等方面取得了创新与突破，相关技术在国内外重要学术期刊与会议发表论文15篇，申请国家发明专利6件（授权4件）。研发了“互联网+”环境复杂定制装备设计驱动与反馈系统，获软件著作权1件，并在大型注塑装备注塑螺杆需求预测转化、注塑部件的设计任务分解与设计方案融合、合模装置自适应轻量化设计进化、塑化部件方案多性能融合反馈设计等得到应用验证。. “互联网+”环境复杂定制装备设计驱动与反馈技术，对提高定制装备个性化需求转化与预测，转变定制装备创新设计模式，实现定制装备智能设计等起到重要作用。