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风力灭火机是森林和城市草坪灭火的重要工具,发动机过热是风力灭火机效率偏低的主要因素之一。为提高设计效率,实现辅助创新方案设计,针对风力灭火机的缺陷和不足,将发明问题解决原理(TRIZ)引入到机械产品方案设计中。利用先进的TRIZ工具矛盾矩阵和物—场模型对风力灭火机进行系统分析,建立了基于TRIZ的机械产品方案设计。通过对风力灭火机的改进实例分析表明,该方法有助于设计人员拓宽思考空间,打破思维定势,辅助设计人员提出富有创造性的设计方案,并为机械领域产品创新提供科学的理论指导和指明探索方向。
Wind Extinguisher is an important tool to extinguish fires in the forest and city lawn. Overheating of the engine is one of the main reasons for the low efficiency of the fire extinguisher. In order to improve the design efficiency and realize the design of aided innovation programs, the invention of the problem solving principle (TRIZ) is introduced into the mechanical product scheme design in view of the defects and deficiencies of the wind extinguisher. The advanced TRIZ tool contradiction matrix and object-field model were used to analyze the wind-extinguishing machine. The design of the mechanical product based on TRIZ was established. Through the improvement of wind extinguisher case analysis shows that the method will help designers to broaden their thinking space, to break the mindset, assisting designers to put forward creative design, and mechanical areas of product innovation to provide scientific and theoretical guidance and instructions Explore the direction.