Research on Symbiosis of Modular Silage Equipment Based on TRIZ Theory

Abstract

The farmers’ demand for functional diversification of silage machinery is becoming more and more urgent. Silage machinery enterprises also continue to strengthen the research on reducing the design cost and shortening the design cycle. As a rapid design method, the modular design of silage machinery has become the trend, so how to improve the adaptability between modules has become a major problem to be solved by designers. Based on the TRIZ theory, through the establishment of a functional flow model of the silage machinery, the equipment is divided into modules and symbiotic optimization, and the contradiction matrix is combined to guide the selection and evolution of the silage machinery module. The functional flow, material flow and information flow of silage machinery are smoothly circulated, and each function is well coordinated. The dynamic nature of functional modules is increased, the design cycle is reduced, the design cost is reduced, and the market demand is met.