트리즈(TRIZ) 이론을 활용한 배드민턴 셔틀콕 분류장치 개념적 모델 개발

Abstract

The purpose of this study is to present a conceptual model of ‘badminton shuttlecock alignment device’ that is differentiated from existing devices that can more conveniently perform the process of collecting shuttlecocks without using electricity by utilizing TRIZ method. Prior to presenting the conceptual model of badminton shuttlecock alignment device utilizing TRIZ, ‘Test Model I’ and ‘Test Model II’ were manufactured, and using imaging equipment and stopwatch with one research assistant, tests were performed on the alignment speed and accuracy of each model. Based on the deduced result and imaging data, analyses were conducted on the problems of test models through expert meeting, and the ‘conceptual model’ was design by searching for and applying applicable TRIZ method. ‘Conceptual model’ was performed by dividing into the three steps of dispersion, alignment and extraction, and alignment device and extract device were manufactured respectively with hardboard and PVC duct hose to test the feasibility of proposed device principles in each step. In addition, feasibility of the conceptual model was verified through device-specific test and it was also possible to deduce final concept plan. Additionally, it was possible to conduct problem analysis and problem-solving process by utilizing the ‘TRIZ 40 invention principles’, and it was confirmed that problem-solving method utilizing TRIZ was effective in the sense that the problems that occurred during the development were solved in new directions.

The purpose of this study is to present a conceptual model of ‘badminton shuttlecock alignment device’ that is differentiated from existing devices that can more conveniently perform the process of collecting shuttlecocks without using electricity by utilizing TRIZ method. Prior to presenting the conceptual model of badminton shuttlecock alignment device utilizing TRIZ, ‘Test Model I’ and ‘Test Model II’ were manufactured, and using imaging equipment and stopwatch with one research assistant, tests were performed on the alignment speed and accuracy of each model. Based on the deduced result and imaging data, analyses were conducted on the problems of test models through expert meeting, and the ‘conceptual model’ was design by searching for and applying applicable TRIZ method. ‘Conceptual model’ was performed by dividing into the three steps of dispersion, alignment and extraction, and alignment device and extract device were manufactured respectively with hardboard and PVC duct hose to test the feasibility of proposed device principles in each step. In addition, feasibility of the conceptual model was verified through device-specific test and it was also possible to deduce final concept plan. Additionally, it was possible to conduct problem analysis and problem-solving process by utilizing the ‘TRIZ 40 invention principles’, and it was confirmed that problem-solving method utilizing TRIZ was effective in the sense that the problems that occurred during the development were solved in new directions.