目的 针对当前荆楚文创玩具设计周期冗长、开模成本高昂以及零件通用率低下等产业痛点问题,本研究借鉴泡泡玛特等现象级潮玩的商业成功逻辑,探寻兼顾文化深度表达与工业量产效率的模块化设计机制。方法 跨学科引入系统工程中的“解耦”理论,提出“功能结构与文化视觉解耦”的创新架构。其一,打破传统玩具功能与形态的高度耦合关系,将潮流玩具拆解为承担运动逻辑的“系统冻结层”以及承载荆楚视觉语义的“系统可变层”;其二,基于解耦逻辑构建架构级物理接口协议,并提取荆楚器物特征以建立皮肤构件的参数化库;其三,引入面向制造的设计（DFM）规范实施工艺优化,解决复杂文化纹样注塑成型的工程适配难题。结果 构建了基于解耦架构的二元拼装系统。对比分析显示,该方案实现了底层受力骨架在不同款式间的复用,提高了单体产品的零件通用率,并在系列化开发过程中有效减少了整体模具的开发数量与沉没成本。结论 功能与视觉的系统性解耦打破了潮玩行业“一物一模”的制造壁垒。此模式有助于提升研发效能,推动文化性、可玩性与工业经济性的平衡,为传统地域文化主题潮流玩具的规模化量产提供了工程路径。
Abstract
The work aims to investigate modular design mechanisms that balance profound cultural expression with industrial efficiency by drawing on the commercial logic of market-leading designer toys, so as to address the challenges of protracted design cycles, prohibitive molding costs, and low component commonality in Jingchu cultural and creative toys.. By integrating the "decoupling" theory from systems engineering, a framework for "functional-structural and cultural-visual decoupling" was proposed. The methodology consists of three core strategies: first, disrupting the traditional coupling of forms and functions by bifurcating the designer toys into a "System Frozen Layer" for kinematic logic and a "System Variable Layer" for Jingchu visual semantics; second, establishing architecture-level physical interface protocols and extracting the characteristics of Jingchu artifacts to establish a parametric library of surface components; and third, implementing Design for Manufacturing (DFM) specifications to optimize engineering adaptation for complex motifs during injection molding. A dual assembly system based on this decoupled architecture was developed. Comparative analysis demonstrated that this approach enabled the reuse of internal skeletons across different models, significantly increasing component commonality while reducing total mold requirements and sunk costs. This systematic decoupling overcomes the "one mold per product" manufacturing barrier prevalent in the designer toy industry. The model enhances R&D efficiency and achieves a strategic equilibrium between cultural integrity, playability, and industrial economics, providing a viable engineering pathway for the mass production of regional culture-themed designer toys.
关键词
潮流玩具 /
荆楚文化 /
系统解耦 /
模块化设计
Key words
designer toy /
Jingchu culture /
system decoupling /
modular design
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基金
2024年度湖北省非物质文化遗产研究中心基金项目重点项目（FY-2024-01）
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