【摘要】 复合元是可拓学中形式化表达复杂系统、产品及矛盾问题的重要工具，研究复合元的可拓变换规则，尤其是传导变换规则(简称传导规则),是可拓推理的重要内容。基于基元的主动可拓变换、传导变换及传导规则，针对不同类型的多维复合元，建立了多维复合元变换的自传导规则和同类多维复合元间的传导规则；以除湿盒的功能设计创意生成为例，验证了传导规则的普适性和有效性，为用形式化方法进行产品设计创意生成和解决各领域的矛盾问题提供了推理依据，并为实现矛盾问题的智能化处理和可拓智能设计提供基础。更多还原

【Abstract】 Compound-element is an important tool to formalize complex systems, products and contradictory problems in Extenics. The study of the extension transformation rules of compound-elements, especially the conductive transformation rules(referred to as conductive rules), is an important content of extension reasoning. Based on the active extension transformations, conductive transformations and conductive rules of basic-elements, the self-conductive rules of multi-dimensional compound-element transformations and conductive rules between the same type of multi-dimensional compound-elements were established for different types of multi-dimensional compound-elements. The function design idea generation of the dehumidification box was taken as an example to verify the universality and effectiveness of the conductive rules. This study provided reasoning basis for using formal method to generate product design ideas and solve contradictory problems in various fields, and foundation for realizing the intelligent processing of contradictory problems and extension intelligent design.更多还原