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With sustaining change of production mode,layout planning is no longer a thing built once for all.Cellular layout(CL) is becoming a hotspot in the research field of manufacturing system layout.Traditional researches on layout planning are mainly concentrating on aspects of layout arithmetic,style and evaluation,etc.Relatively seldom efforts are paid to CL and its specific problems as cell formation(CF),equipment sharing and CL analysis.Through problem analyzing of layout in cellular manufacturing system(CMS),research approach of cell formation,interactive layout and layout analysis threaded with process interconnection relationship(PIR) is proposed.Typical key technologies in CL like CF technology based on similarity analysis of part processes,interactive visual layout technology,layout evaluation technology founded on PIR analysis and algorithm of cell equipment sharing are put forward.Against the background of one enterprise which encounters problems of low utility of key equipments and disperse material logistic,an example of four-cell layout is given.The CL adjustment and analysis results show that equipment with high level of sharing degree should be disposed around the boundary of its main cell,and be near to other sharing cells as possible;process route should be centralized by all means,so equipment adjustment is to be implemented along direction that route intersection can be decreased;giving consideration to the existence of discrete cell,logistic route and its density should be centralized to cells formed.The proposed research can help improve equipment utility and material logistic efficiency of CL,and can be popularized to other application availably.
With sustaining change of production mode, layout planning is no longer a thing built once for all. Cellular layout (CL) is becoming a hotspot in the research field of manufacturing system layout.Traditional researches on layout planning are mainly concentrating on aspects of layout arithmetic , style and evaluation, etc. Relatively seldom efforts are paid to CL and its specific problems as cell formation (CF), equipment sharing and CL analysis. Problems in layout in cellular manufacturing system (CMS), research approach of cell formation, interactive layout and layout analysis threaded with process interconnection relationship (PIR) is proposed.Typical key technologies in CL like CF technology based on similarity analysis of part processes, interactive visual layout technology, layout evaluation technology founded on PIR analysis and algorithm of cell equipment sharing are put forward. Against the background of one enterprise which encounters problems of low utility of key equipments and disperse material logistic, an example of four-cell layout is given. The CL adjustment and analysis results show that equipment with high level of sharing degree should be disposed around the boundary of its main cell, and be near to other sharing cells as possible ; process route should be centralized by all means, so equipment adjustment is to be implemented along direction that route intersection can be decreased; giving consideration to the existence of discrete cell, logistic route and its density should be centralized to cells formed. the proposed research can help improve equipment utility and material logistic efficiency of CL, and can be popularized to other application availably.