| Summary: | 碩士 === 國立臺北科技大學 === 工業工程與管理系EMBA班 === 97 === The product life cycle shorten is the issue that has to be overcome during product research and development. To create an innovative product which is able to reach the market request in a shortest period, the usage of the analysis of systematic innovative theory is needed for a success of the product.
This research uses TRIZ 37 technology trends, presented by Darrell Mann, to illustrate the general rule of evolutional trends. The research starts from exploring domestic and foreign pneumatic nailer industry. Then, the research analyzes the information by S Curve of market segmentation, trying to predict the recession of the product life cycle and trying to develop new products by systematic and innovative methods. During the product developing process, the research examines the pneumatic nailer patents applied in R.O.C. and the U.S. After comparing with the TRIZ trends, the evolutionary potential radar plot is drawn. By referring to the evolutionary potential radar plot, the research observes and analyzes the stage of current product technology and the condition of system evolution. In addition, the trends will help the system to estimate limit and potential of the product evolution which will be the direction to deliberate innovative concepts of the most valuable products.
The result of this research indicates that using the 2nd stage is Plastic of S7th technology trend：Decreasing Density, and 4th stage is Intelligent Feedback of I28th technology trend：Controllability, and 6th stage is Design for Murphy of I30th technology trend：Design Methodology, to propose the concepts of innovative pneumatic nailer product that meets the market niche.
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