CAJ | 학술논문

为提高生物知识在产品创新设计中的利用效率，特别是对产品快速响应设计的支持，提出了一种面向系统功能实现的多元仿生设计方法。该方法以多生物效应为核心工具，配合生物系统建模方法、生物原型的技术转化方法，结合新的产品功能建模技术，能够快速地将生物原型转化成为满足市场新需求的产品技术系统，与现有技术特别是与传统仿生设计相比得以显著改良。最后利用上述理论以新型假山石制造设备的开发设计为例验证其实用性价值。
위제고생물지식재산품창신설계중적이용효솔，특별시대산품쾌속향응설계적지지，제출료일충면향계통공능실현적다원방생설계방법。해방법이다생물효응위핵심공구，배합생물계통건모방법、생물원형적기술전화방법，결합신적산품공능건모기술，능구쾌속지장생물원형전화성위만족시장신수구적산품기술계통，여현유기술특별시여전통방생설계상비득이현저개량。최후이용상술이론이신형가산석제조설비적개발설계위례험증기실용성개치。
To improve the efficiency of biological knowledge utilizing in the products'innovative design ,especially to support the rapid response design of products ,a multi‐bionics design method oriented to systematically functional implement was proposed .Multi biological effects coopera‐ting with biological system modeling method and technical conversion of the biological prototype was used .By comprehensively using the new products function modeling method ,the biological prototype could be converted into products'technical system satisfying the new market needs . The new method had obvious advantage over the ordinary bionics method .Lastly ,the design of a new kind rockery making instrument was used as an example to verify the practical value of the proposed theory .