Customized CAD Modeling and Design of Production Process for One-Person One-Clothing Mass Production System

Abstract

Following the development of the Industrial Revolution 4.0, many new types of systems are being designed, introduced, or attempted, even in almost every traditional industry. The clothing industry is no exception. The use of continuously developing production equipment and Information and Communication Technology (ICT) has a single objective, providing a customized service to all customers. Thus, in this study, the primary research task was to identify ill-balanced aspects or disadvantages of the services previously analyzed to construct a more complete online customized service. This was accomplished by analyzing an automated Computer-Aided Design (CAD) output file containing customer requirements regarding individual clothing items. The secondary research task was to plan and design a clothing manufacturing process to which a one-person one-item mass production system has been applied to achieve a customized service. As a result, for the primary research task, the customers’ requirements for each dress were reflected in attributes, such as color, pattern, or size, and it was possible to obtain an automated CAD output file for each element. Such CAD output files can be used in the production process directly. To find the possibility of upgrading the existing dressmaking process and implement the one-person one-item system, the entire manufacturing process was simulated for the test.

Big data and digital design models for fashion design

“…23 Customers, therefore, want fashion to express their individuality and ideas by way of design elements such as images and colors. 41,42 Hence, there is a need for fashion design systems that help ordinary people design fashions that appeal to them. 3,43 Such customer-design systems have been developed in recent years.…”

Brief Paper: A Design of the Platform Technology for the Smart Shopping Mall Using NFC: A Software Engineering Approach

“…This method aimed to produce various types of physical models for computer animation, which are effective in generating the behaviors instead of modeling a certain deformable cloth with high degree of accuracy. This method allowed the qualitative reproduction of similar behaviors without requiring a large number of computations [12]- [13]. A wireless identification system, NFC, allows a reader to identify the contents within a smart card or a tag and is installed in most of the currently available smartphones.…”

A Case Study Analysis of Clothing Shopping Mall for Customer Design Participation Service and Development of Customer Editing User Interface

“…is system translates the technical sketches into fashion sketches without omitting any details. By fitting the same clothing to a different fashion figure that can assume several different positions, the customers could understand the concept and may find the products attractive [11,[37][38][39][40][41][42].…”