现代企事业单位在使用办公自动化软件OA(Office Automation)的过程中,业务流程往往会随需求变动而变化,为解决传统OA开发过程中流程固化的问题,云南省质检院使用低代码开发平台LCDP(Low Code Development Platform)对OA的事项流转进行...现代企事业单位在使用办公自动化软件OA(Office Automation)的过程中,业务流程往往会随需求变动而变化,为解决传统OA开发过程中流程固化的问题,云南省质检院使用低代码开发平台LCDP(Low Code Development Platform)对OA的事项流转进行升级改造。通过LCDP,可以实现表单的自主设计和流程的自定义化[1],通过配置系统调用函数,可以解析表单数据并与流程耦合[2]。实践证明,对于新的业务事项流转需求,LCDP在几乎不增加性能损耗的条件下[3],可以实现自定义式的快速设计与部署,既降低了开发难度,又提高了开发效率与灵活性。展开更多
Benefiting from advances in feature technology for design and manufacture can not be expected before a formal methodology is established. This paper makes attempt to establish a definition formalism of machining featu...Benefiting from advances in feature technology for design and manufacture can not be expected before a formal methodology is established. This paper makes attempt to establish a definition formalism of machining features in design for manufacturability from two aspects: formal definition and manufacturability analysis. Some definitions for machining feature based upon the selection and sequencing of material removal operations for component in accordance with the design geometry are presented and a framework of feature based design for manufacturability is outlined correspondingly. The proposed scheme contributes to several aspects of feature based CAD/CAM integration, especially to encourage potentially a more generic approach to the automation of design.展开更多
文摘现代企事业单位在使用办公自动化软件OA(Office Automation)的过程中,业务流程往往会随需求变动而变化,为解决传统OA开发过程中流程固化的问题,云南省质检院使用低代码开发平台LCDP(Low Code Development Platform)对OA的事项流转进行升级改造。通过LCDP,可以实现表单的自主设计和流程的自定义化[1],通过配置系统调用函数,可以解析表单数据并与流程耦合[2]。实践证明,对于新的业务事项流转需求,LCDP在几乎不增加性能损耗的条件下[3],可以实现自定义式的快速设计与部署,既降低了开发难度,又提高了开发效率与灵活性。
文摘Benefiting from advances in feature technology for design and manufacture can not be expected before a formal methodology is established. This paper makes attempt to establish a definition formalism of machining features in design for manufacturability from two aspects: formal definition and manufacturability analysis. Some definitions for machining feature based upon the selection and sequencing of material removal operations for component in accordance with the design geometry are presented and a framework of feature based design for manufacturability is outlined correspondingly. The proposed scheme contributes to several aspects of feature based CAD/CAM integration, especially to encourage potentially a more generic approach to the automation of design.