Using the theoretical knowledge of ergonomics, physiology, and psychology, carried out the humanized design of human body adaptive sports equipment; using the theoretical knowledge of modeling, color, material science and other related disciplines, proposed the human body adaptive sports equipmentHumanized design method. Aiming at the fuzziness of the industrial design of human adaptive sports equipment, fuzzy mathematics theory is used as an analysis tool, combined with the actual characteristics of the industrial design of human adaptive sports equipment, focusing on the nature of industrial design under fuzzy theory. Comprehensive analysis and understanding of design-related factors, and the introduction of expert survey method in the case of no basic data source in innovative design, to obtain the weight value of single factor influence, this will help designers grasp the main contradiction, achieve a targeted, and Solve key problems with higher efficiency. Subsequent use of fuzzy mathematics tools to put forward a quantitative index for the selection of options, which will help analyze the pros and cons of the various options, so as to provide a reliable reference for decision makers. This method makes up for the shortcomings of traditional methods in the process of design factor analysis and program selection.

中文翻译：

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自适应运动装备工业设计的模糊数学模型

利用人体工程学，生理学和心理学的理论知识，对人体适应性运动器材进行人性化设计。利用建模的理论知识，色彩，材料科学等相关学科，提出了人体自适应运动装备的人性化设计方法。针对人类自适应运动装备工业设计的模糊性，将模糊数学理论作为分析工具，结合人类自适应运动装备工业设计的实际特点，重点研究了模糊理论下工业设计的本质。对设计相关因素进行综合分析和理解，并在创新设计中没有基础数据源的情况下引入专家调查方法，以获得单因素影响的权重值，这将有助于设计人员掌握主要矛盾，实现目标明确，并以更高的效率解决关键问题。随后运用模糊数学工具提出了选择方案的量化指标，这将有助于分析各种选择方案的优缺点，从而为决策者提供可靠的参考。该方法弥补了传统方法在设计因素分析和程序选择过程中的不足。