公理設(shè)計中基于TRIZ的解耦方法研究
[Abstract]:The axiom of product design method is the inevitable trend of the development of design science. As a typical achievement of axiomatic method of design theory system, axiomatic design can guide designers to make correct decision through design axiom and design frame, and "zigzag" mapping is its advantage. Axiomatic design requires that the design conform to an independent axiom. A design that does not satisfy an independent axiom is called a coupling design and cannot be accepted. The product without coupling design has the greatest success probability, so decoupling can improve the design efficiency and save the cost. Based on the research results of axiomatic design and decoupling at home and abroad, a method of decoupling material field analysis and conflict analysis in TRIZ is proposed. The feasibility of applying TRIZ decoupling is analyzed from the aspects of axiomatic design and the theoretical foothold of TRIZ, the relationship between coupling and harmful functions, and the consistency of coupling and conflict. According to the relationship between coupling and harmful functions, the paper finds out the joint point of the two, and puts forward the strategy of decoupling by using matter-field analysis and 76 standard solutions, and illustrates the process of decoupling implementation in detail through an example. Based on the properties of physical components, the causes of functional coupling are analyzed. By analyzing the coupling reasons, the coupling and conflict are corresponding to each other, and the decoupling strategy based on conflict analysis and conflict resolution is put forward. At the same time, the implementation steps of decoupling method are explained in detail by an engineering example. The decoupling model based on TRIZ is proposed by combining the process of axiomatic design guiding product design with the proposed decoupling method of material-field analysis and conflict analysis. The decoupling method based on material-field analysis and conflict analysis is applied to improve the height regulating device of TLJ160 bridge erecting machine, to solve the problems of difficult hole and plug pin in the existing design, and to obtain the innovative solution. The correctness and practicability of decoupling theory are verified.
【學(xué)位授予單位】:河北工業(yè)大學(xué)
【學(xué)位級別】:碩士
【學(xué)位授予年份】:2014
【分類號】:TB472
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