CAJ | 학술논문

根据TRIZ经典理论的39项系统对立技术参数和叉车转向桥的功能和结构特点，对用户原始需求进行探索，形成初始产品需求包；在此基础上，根据TRIZ经典理论中的40项解决矛盾问题的标准方法，形成矛盾问题解决矩阵；最后，综合考虑产品质量、成本和研发周期等因素确定最终的产品需求。实践表明，在叉车转向桥的创新设计过程中，充分应用TRIZ理论进行产品需求的探索和分析是行之有效的，能够为设计人员提供科学的思路和方法，对企业产品设计工作的开展具有重要的借鉴意义。
근거TRIZ경전이론적39항계통대립기술삼수화차차전향교적공능화결구특점，대용호원시수구진행탐색，형성초시산품수구포；재차기출상，근거TRIZ경전이론중적40항해결모순문제적표준방법，형성모순문제해결구진；최후，종합고필산품질량、성본화연발주기등인소학정최종적산품수구。실천표명，재차차전향교적창신설계과정중，충분응용TRIZ이론진행산품수구적탐색화분석시행지유효적，능구위설계인원제공과학적사로화방법，대기업산품설계공작적개전구유중요적차감의의。
Considering 39 system opposite technological parameters of TRIZ classic theory and functions and structural features of the forklift steering axle,research is done on users' original requirements to form initial products requirement package;based on this,according to 40 standard methods for solving conflict problems in TRIZ,the contradictions solu-tion matrix is built;then the final products requirements are determined by fully considering the product quality,cost, and R&D period,etc.The practice shows that during innovative design of the forklift steering axle,it's effective to survey and analyze the products requirements using TRIZ theory,which can provide scientific idea and approaches for designers, and possess significant guidance to enterprises'product design.