The Application of Product Variant Design Based on Case-Based Design in the Development of Stone Equipments

Jing Kun Wang; Xing Ai; Jin Sheng Zhang; Zhenya Wang

doi:10.4028/www.scientific.net/MSF.471-472.577

Paper Titles

Study on the Semi-Active Suspension Control System and Its Stability Based on T-S Fuzzy Neural Control Strategy
p.557

Simulation Diagnosis for the Bottleneck of Production Lines and Its Application
p.563

Experimental Investigation on 3D Laser Forming of Metal Sheet
p.568

Fine-Grained Access Control of PDM and CAPP
p.573

The Application of Product Variant Design Based on Case-Based Design in the Development of Stone Equipments
p.577

Finite Element Simulation of the Orthogonal Metal Cutting Process
p.582

Real-Time Error Compensation Technique and Its Application on NC Machine Tools
p.587

The Inverse Kinematics Algorithm of Redundant DOF Robot
p.592

Optimization of Technological Parameters in the Calescent Superplastic Bulge Forming of Ti-6Al-4V Alloys Sheet Based on Fuzzy Neural Network
p.596

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The Application of Product Variant Design Based on Case-Based Design in the Development of Stone Equipments

Abstract:

As the actual design process and CBD process have collateral corresponding relation, CBD accords with the actual design process of deviser. This paper studies the application of CBD technology in product variant design. The basic resolution model of variant design is established, and the instance of products variant design is presented. With the application of variant design principle, the design intensity will be lightened, and the design time will be shortened. Therefore the variant design could accommodate the requirement of product diversification and client orientation.