Global industries are rapidly adopting digital twin and simulation technologies to enhance operational efficiency and mitigate supply chain risks. With increasing demand for faster project delivery and cost optimization, particularly in capital-intensive sectors like shipbuilding and heavy manufacturing, solutions that streamline multi-site collaboration are paramount. This technology aligns with the global push for Industry 4.0, offering a robust framework for data-driven decision-making and sustainable production practices.
Optimizes Multi-Factory Collaboration Accuracy: Standardized data enables detailed simulation of task allocation and resource distribution across multiple factories, potentially reducing the overall construction period by up to 20%.
Achieves Substantial Construction Cost Reduction: Highly accurate simulation results eliminate wasteful processes and redundant resources, potentially reducing annual construction costs by 10-15%.
Offers High Scalability and Future-Proofing: A versatile data structure flexibly adapts to future factory equipment updates or new technology introductions, contributing to long-term business infrastructure development.
This patent broadly protects various aspects of ship construction simulation through 16 claims, covering the method and system based on a standardized data structure for optimizing multi-factory collaboration. Its robustness was confirmed by successfully overcoming examiner objections during prosecution, indicating a strong, difficult-to-invalidate right with few prior art references.
This patent focuses on data structures and simulation methodology for multi-site manufacturing. Licensees could develop additional IP in areas such as real-time sensor integration for dynamic process adjustment, advanced robotics for automated assembly, or AI-driven predictive maintenance for manufacturing equipment.
Ship construction projects could see ~10% reduction in construction period and 5% improvement in resource utilization across multiple factories. For a company building an average of 5 ships annually, this could result in approximately $200K (AI est.) in cost savings per vessel, leading to a total annual economic impact of ~$1.0M (AI est.). This is estimated based on efficiencies in labor costs, equipment maintenance, and indirect administrative expenses.
X: Multi-Site Collaboration Efficiency
Y: Simulation Accuracy