Conceptual Design of Intelligent Manufacturing Equipment Based on a Multi-source Heterogeneous Requirement Mapping Method

Intelligent manufacturing equipment constitutes important prerequisite and foundation for processing manufacturing. In its conceptual design process, functional determination based on customer needs (CAs), intelligence demands (IDs) manufacture constraints (MCs) is the basis subsequent work. As these various requirement information becomes more complex mixed, a practical method will improve efficiency of this type problem. Although research acquisition transformation methods has been intensively studied, problem still difficult to solve by traditional due multi-source heterogeneous characteristics information. To overcome problem, requirements mapping methodology proposed decompose transform map them different knowledge (FK). Multi-source are categorized objectives such as manufacturing, customer, intelligence, analyzed decomposition corresponding them. The scheme (CS) derived through four-step selection process: set (RS) determination, FK mapping, combination, evaluation. prototype an experimental study brand-new intelligent folding gantry crane conducted. results show that can not only equipment, but also reduce repetitive work in detailed stage.