8Altschuller G S. Creativity as an exact science[M]. New York: Gordon & Breach, 1984.
9Luke S R. A conceptual design tool for engineers: an amalgamation of theory of constraints, theory of inventive problem solving and logic [D]. Virginia: Old Dominion University, 2002.
10Zlotin B, Zusman A. Directed evolution: philosophy, theory and practice[M]. Michigan: Ideation International Inc., 2001.
4ZHANG J,TAN R,JIANG P,et al. Innovative Design of the Seal Structure of Butterfly Valve Based on TRIZ [J]. International Federation for Information Process- ing,2006:450-456.
5HE L, NIU Z,CHEN D. Research on Development of CoLor Sorter Using TRIZ[J]. International Federation for Information Processing, 2006 : 223-227.
6SAWAGUCHI M. Study of Effective New Product De velopment Activities Through Combination of Patterns of Evolution of Technological System and VE [J]. TRIZ Journal,2001(2) :361-365.
7CAVALLUCCI D, WEILL R D. Integrating Ah- shuller's Development Laws for Technical Systems In to the Design Process[J]. CIRP Annals-Manufacturing Technology, 2001,50( 1 ) : 115-120.
8ZHANG J,TAN R,CHEN Z,et al. Research on Prod uct Technology Evolutionary Potential Mapping Sys- tem Based on TRIZ[C]. International Conference on Wireless Communications, Networking and Mobile Computing, 2007, Shanghai, China : 2007.
9MOEHRLE M G,LESSING H. Profiling Technologi- cal Competencies of Companies: A Case Study Based on the Theory of Inventive Problem Solving[J]. Creativity &. Innovation Management, 2004, 13(4) : 232-239.
10PETROV V. Laws of Development of Needs[J]. TRIZ Journal, 2006 : 1-7.