國立虎尾科技大學 |

Language: English

Back

TRIZ理論於車燈花紋系統化創新設計之研究 = The Study of...

國立虎尾科技大學

TRIZ理論於車燈花紋系統化創新設計之研究 = The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory

Record Type:	Language materials, printed : monographic
Paralel Title:	The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory
Author:	莊清輝,
Secondary Intellectual Responsibility:	李興生,
Secondary Intellectual Responsibility:	國立虎尾科技大學
Place of Publication:	雲林縣
Published:	國立虎尾科技大學;
Year of Publication:	民96[2007]
Edition:	初版
Description:	72面圖,表 : 30公分;
Subject:	車燈花紋，旋轉拋物面，TRIZ，六標準差設計
Subject:	Automotive lamps pattern
Online resource:	http://140.130.12.251/ETD-db/ETD-search-c/view_etd?URN=etd-0724107-103911
Summary:	為了駕駛者之照明安全性及滿足客戶需求，本文首先探討車燈發展的過程，車燈設計的光學原理且搜尋車燈設計相關專利與文獻，以自由曲面花紋為研究範圍，分別應用Altshuller之TRIZ(Theory of Inventive Problem Solving)理論之連桿圖及矛盾矩陣，進行汽車車燈之改良設計，得到一系列解題原理及具體方案，系統化創新車燈花紋設計，解決車燈花紋設計及改善。為避免專利之侵權，本文應用TRIZ研究專利迴避設計，並運用六標準差設計(DFSS)改善產品現況、服務或流程，使其達六個標準差(Six Sigma)的品質水準，提昇品質績效或滿足客戶需求。最後將創新方案加以光形亮度模擬分析，製作鋁模原型，以驗證車燈光學花紋實用性，並實際應用於現行量產的車燈產品。TRIZ對於研發人員有相當的幫助，可擺脫既有之思維，且快速產生創新設計方案，在現今快速變化的時代，各企業公司可運用此工具，創新改善產品及流程，增加更多效益。本文具體研發成果及貢獻：(1)申請國內新型專利：車燈之反射鏡改良，申請案號096203329；(2)利用組合旋轉拋物面取代及改善自由曲面，得到組合拋物面各區塊拋物面之旋轉角度不可超過0.5度。 In order to meet driver’s lighting safety and satisfy customer’s requisition, we will probe into the headlamp development, the optic principle of headlamp design and searching for design patent of headlamp. Our research will be covered with freeform surface pattern. The apply methods include linkage, contradiction matrix, which are provided in TRIZ Theory by Altshuller. As a result, we can get a concrete scheme and a series of principles to solve problems. In order to avoid the infringement of the patents, we use TRIZ to dodge the present patents. Otherwise, six-sigma method was used to design and improve the products, services and procedures. These help us to reach quality of Six Sigma, promote quality performance and meet customer’s requisition. Finally, we use innovative scheme to simulate and analyze lighting pattern. An aluminum prototype is created to verify our design and also apply it to current market.TRIZ helps R&D quite a few. It also can get rid of tradition thinking and can speed up design. Nowadays, every enterprise can apply this method to create and improve their products and also can increase benefits. There are two concrete contributions in this paper. (1) Apply for the domestic patent: The reflector improvement of headlamp — application No. 096203329. (2)Utilize combination rotating parabolas to replace freeform surface, and the rotation angle of these parabolas can’t exceed 0.5 degree.

TRIZ理論於車燈花紋系統化創新設計之研究 = The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory
莊, 清輝

TRIZ理論於車燈花紋系統化創新設計之研究 = The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory / 莊清輝撰 - 初版. - 雲林縣 : 國立虎尾科技大學, 民96[2007]. - 72面 ; 圖,表 ; 30公分.
參考書目：66-68面.
車燈花紋，旋轉拋物面，TRIZ，六標準差設計Automotive lamps pattern

李, 興生

TRIZ理論於車燈花紋系統化創新設計之研究 = The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory
LDR:03912nam0 2200265 450 001 540411
010 0 $b 平裝
100 $a 20090413h akaa0chia50020302ba
101 0 $a chi
102 $a cw
105 $a ak am 000yy
200 1 $a TRIZ理論於車燈花紋系統化創新設計之研究 $d The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory $f 莊清輝撰
205 $a 初版
210 $a 雲林縣 $d 民96[2007] $c 國立虎尾科技大學
215 0 $a 72面 $c 圖,表 $d 30公分
314 $a 指導教授：李興生
320 $a 參考書目：66-68面
328 $a 碩士論文--國立虎尾科技大學機械與機電工程研究所
330 $a 為了駕駛者之照明安全性及滿足客戶需求，本文首先探討車燈發展的過程，車燈設計的光學原理且搜尋車燈設計相關專利與文獻，以自由曲面花紋為研究範圍，分別應用Altshuller之TRIZ(Theory of Inventive Problem Solving)理論之連桿圖及矛盾矩陣，進行汽車車燈之改良設計，得到一系列解題原理及具體方案，系統化創新車燈花紋設計，解決車燈花紋設計及改善。為避免專利之侵權，本文應用TRIZ研究專利迴避設計，並運用六標準差設計(DFSS)改善產品現況、服務或流程，使其達六個標準差(Six Sigma)的品質水準，提昇品質績效或滿足客戶需求。最後將創新方案加以光形亮度模擬分析，製作鋁模原型，以驗證車燈光學花紋實用性，並實際應用於現行量產的車燈產品。TRIZ對於研發人員有相當的幫助，可擺脫既有之思維，且快速產生創新設計方案，在現今快速變化的時代，各企業公司可運用此工具，創新改善產品及流程，增加更多效益。本文具體研發成果及貢獻：(1)申請國內新型專利：車燈之反射鏡改良，申請案號096203329；(2)利用組合旋轉拋物面取代及改善自由曲面，得到組合拋物面各區塊拋物面之旋轉角度不可超過0.5度。 In order to meet driver’s lighting safety and satisfy customer’s requisition, we will probe into the headlamp development, the optic principle of headlamp design and searching for design patent of headlamp. Our research will be covered with freeform surface pattern. The apply methods include linkage, contradiction matrix, which are provided in TRIZ Theory by Altshuller. As a result, we can get a concrete scheme and a series of principles to solve problems. In order to avoid the infringement of the patents, we use TRIZ to dodge the present patents. Otherwise, six-sigma method was used to design and improve the products, services and procedures. These help us to reach quality of Six Sigma, promote quality performance and meet customer’s requisition. Finally, we use innovative scheme to simulate and analyze lighting pattern. An aluminum prototype is created to verify our design and also apply it to current market.TRIZ helps R&D quite a few. It also can get rid of tradition thinking and can speed up design. Nowadays, every enterprise can apply this method to create and improve their products and also can increase benefits. There are two concrete contributions in this paper. (1) Apply for the domestic patent: The reflector improvement of headlamp — application No. 096203329. (2)Utilize combination rotating parabolas to replace freeform surface, and the rotation angle of these parabolas can’t exceed 0.5 degree.
510 1 $a The Study of Systematic Innovation Design for Automotive Lamps Pattern Using TRIZ Theory
610 0 $a 車燈花紋，旋轉拋物面，TRIZ，六標準差設計
610 1 $a Automotive lamps pattern $a TRIZ $a design for six sigma $a rotating parabolas
681 $a 008.154M $b 4439
700 $a 莊 $b 清輝 $3 523881
702 $a 李 $b 興生 $3 399659
712 $a 國立虎尾科技大學 $b 工業工程與管理究所 $3 523742
801 0 $a cw $b 虎尾科技大學 $c 20071207 $g CCR
801 2 $a cw $b 虎尾科技大學 $c 20071207 $g CCR
856 7 $u http://140.130.12.251/ETD-db/ETD-search-c/view_etd?URN=etd-0724107-103911