A Research of Feeder Efficiency Improvement Based on the Theory of TRIZ

Abstract

Abstract: A technique combining the TRIZ theory with industrial engineering-related ways is put forward to improve feeder efficiency. Through a causal analysis, value engineering and ECRS methods can improve efficiency of feeder, but they also encounter bottleneck. Combining the theory of TRIZ several solutions are put forward, and TOPSIS method is adopted for their preferential selection scheme. By implementing the scheme, no- value operation time and the production cost are both reduced, and the working efficiency improved. Results show that the technique combining the TRIZ theory with the relevant ways to improve can effectively solve the feeder contradictory problems in the optimization process, and the method can provide reference for enhancing the on-site improvement effect.

Key words: TRIZ, feeder, stop loss;TOPSIS

Zhang Feng, Yin Xiu-qing, Dong Hui-zhong. A Research of Feeder Efficiency Improvement Based on the Theory of TRIZ[J]. Industrial Engineering Journal , 2014, 17(5): 53-58.

References

［1］张洪亮,牛占文. 基于ANPSPA的精益管理实施水平系统性评价［J］. 工业工程,2013,16(2):97-103. Zhang Hong-liang,Niu Zhan-wen.A systematic appraisal of lean management implementation based on ANP and SPA［J］. Industrial Engineering Journal, 2013,16(2):97-103. ［2］Filippi S, Motyl B, Ciappina F M. Classifying TRIZ methods to speed up their adoption and the ROI for SMEs［J］. Procedia Engineering, 2011,9:172-182. ［3］Berdonosov V, Redkolis E. TRIZfractality of computeraided software engineering systems［J］.Procedia Engineering, 2011,9:199-213. ［4］Regazzoni D, Pezzotta G, Persico S, et al. Integration of TRIZ Problem Solving Tools in a ProductService Engineering Process［C］.London: SpringerVerlag Press, 2013:399404. ［5］Petkovic＇ D, Issa M, Pavlovic＇ N D, et al. Application of the TRIZ creativity enhancement approach to design of passively compliant robotic joint［J］. The International Journal of Advanced Manufacturing Technology, 2013, 67(4): 865875. ［6］罗以洪,邵云飞. 基于TRIZ及BSC的企业信息系统规划架构设计研究［J］. 管理科学学报,2012, 15(9): 20-35. Luo Yi-hong，Shao Yun-fei.Study of enterprise information system framework design based on TRIZ and BSC［J］. Journal of Management Sciences In China,2012, 15(9): 20-35. ［7］杨波. 基于TRIZ的管理冲突求解程式优化研究［J］. 技术与创新管理, 2012,24(3):58-65. Yang Bo.Optimized study on solutions for management conflict based on TRIZ［J］. Technology and Innovation Management, 2012,24(3):58-65. ［8］江敏,花丽. TRIZ理论在Web程序设计教学中的应用［J］. 电脑知识与技术, 2012,23 (8)：5641-5644. Jiang Min, Hua Li.The Application of TRIZ in the Teaching of Web Programming［J］. Computer Knowledge and Technology, 2012,23(8):5641-5644. ［9］王欣. Triz理论在网页设计课程教学中的应用［J］. 中国科教创新导刊, 2013(17):164-164. Wang Xin.The application of Triz theory in the web design course teaching［J］. China Education Innovation Herald, 2013(17):164-164. ［10］马苏常. TRIZ理论及其在生产系统中的应用研究［J］. 商业现代化, 2008(30)：555. Ma Suchang.TRIZ theory and its application in a production system［J］. The Commercial Modernization, 2008(10)：555. ［11］王琴,周春辉,金澄宇. TRIZ创新理论在项目管理中应用的探讨［J］. 科技通报, 2013,29(5):193-198. Wang Qin,Zhou Chun-hui,Jin Chengyu.Discussion on the application of TRIZ innovation theory in project management［J］. Bulletin of Science and Technology, 2013,29(5):193198. ［12］朱清香,焦朋沙,刘晶，等.矩阵加权关联规则在故障诊断系统中的应用［J］.工业工程, 2013,16(2):87-96. Zhu Qing-xiang,Jiao Peng-sha,Liu Jing, et al. Hao Honghong.Application of matrixweighted association rule mining algorithm to fault diagnosis［J］. Industrial Engineering Journal, 2013,16(2):8796. ［13］李苏洋,杨春燕,张晓伟,等.运用可拓学与TRIZ方法解决矛盾问题［J］. 广东工业大学学报, 2013,30(1):7-12. Li Suyang,Yang Chun-yan,Zhang Xiaowei,et al.The application of extenics and the TRIZ theory in solving contradictory problems［J］. Journal of Guangdong University of Technology, 2013,30(1):712. ［14］林艳,陈伟.TRIZ理论应用于R＆D联盟并行创新管理方法研究［J］.科技进步与对策, 2013,30(14):5-10. Lin Yan,Chen Wei.Research on TRIZ theory is applied to R＆D alliance concurrent innovation management method［J］.Manufacturing Automation, 2013,30(14):5-10. ［15］郭伟,王娜,孙改娜.AHP和TOPSIS在供应商评价与选择中的应用［J］.西安工程大学学报, 2013,27(1):93-96. Guo Wei,Wang Na,Sun Gai-Na.Application of AHP and TOPSIS in supplier evaluation and selection［J］.Journal of Xi,an Polytechnic Unicersity, 2013,27(1):93-96.

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