Cloud-Based Garment Design System for Automated 3D Pattern Drafting
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Solution Overview
Problem
Current computer-implemented design systems for garment design are time-consuming and labor-intensive, failing to provide a single environment for automated delivery of complete fashion design components, including 2D technical sketches, customized patterns, 3D visual simulations, and production-ready packages within seconds.
Innovation Solution
A cloud-based, network-accessible system that enables automated interactive 3D fashion design, utilizing parametric pattern algorithms and physics modeling to create personalized, made-to-measure garments, with tools for editing, compiling, and exporting designs as CAD or CAM files suitable for immediate production, allowing for mass production or custom garments.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If automated design tools are used for garment design, then productivity is improved, but the design process remains time-consuming due to multiple manual steps
Solution Approach 1:
The patent merges multiple previously separate design tools and processes (2D sketching, pattern making, 3D visualization, and production planning) into a single integrated cloud-based platform. This integration allows all design activities to occur within one unified environment, eliminating the need to switch between different software applications and manually transfer data, thereby significantly reducing the overall design time while maintaining high productivity.
Solution Approach 2:
The system performs preliminary actions by automatically generating 3D visualizations, pattern pieces, and production packages from initial design inputs before the designer needs them. The cloud-based platform pre-computes design variations, simulates garment drape and fit on virtual avatars, and prepares technical documentation in advance, allowing designers to review and make adjustments without waiting for time-consuming manual processes.
2Manufacturing precision
If manual design processes are used, then design quality and customization are maintained, but the process requires multiple steps and skilled professionals
Solution Approach 1:
The system enables self-service by allowing designers to automatically generate accurate patterns, 3D visualizations, and production documentation through automated algorithms and AI-driven tools. The platform performs complex computations for pattern making, fabric drape simulation, and fit analysis without requiring manual intervention from skilled professionals for each step, while still maintaining high design accuracy through validated computational methods.
Solution Approach 2:
The integrated platform provides multi-functionality by combining sketching, pattern making, 3D visualization, virtual fitting, and production planning capabilities in a single system. This universal toolset eliminates the need for multiple specialized software applications and manual processes, reducing the number of design steps while maintaining or improving design accuracy through consistent data flow across all functions.
3Loss of time
If cloud-based automated design is implemented, then the design process is streamlined to seconds, but automation extent must be significantly increased
Solution Approach 1:
The patent replaces manual mechanical design processes with automated computational systems. Cloud-based servers perform complex pattern making calculations, 3D rendering, and production planning automatically using algorithms and AI models, eliminating the need for manual drafting, physical pattern making, and iterative adjustments. This substitution of mechanical and manual processes with automated computational methods enables the design process to be completed in seconds while achieving high levels of automation.
Data Source
AI summary
Cloud-based garment design system is disclosed. The cloud-based multiuser garment design system provides automated interactive 3D fashion design, product visualization, made-to-measure pattern drafting and commercialization as a one-step process. The system solves a problem of numerous, laborious and complex steps for manual or computerized fashion design and illustration, pattern drafting that fit different body shapes, heights and sizes, and a resulting 3D product simulation and visualization regardless of design complexity and size or shape of the user. The system provides complex customization of design of fashion and accessories, using individual parametric patterns, which result in realistic final garment preview on a personalized 3D mannequin, by assigning pattern elements to the unique design, using a scripted programming language. The system implements different levels of interaction, allowing usage of created patterns as redistributed design elements inside the system thus provides the basis for internal commercialization of user's work along with the external commercialization of the final design.