2021.12.31
2021年第九屆澳門國際創新發明展
名次：金獎
作者：郭致維 GUO,ZHI-WEI、曾惠筠 TSENG,HUI-YUN
主題：珊瑚復育模組 Coral Restoration Module
本設計著重於「組裝」使用上的直覺操作，以極簡造型與組裝結構為重點，良好的使用經驗可做為更有效的推廣，本裝置可於實際海水區做復育，兼能提供生態教育、推廣海濱社區發展與海洋休閒觀光等用途。
設計皆以珊瑚復育生長要素之特點切入。
1.以有曲度的復育盤，使珊瑚體易於接收陽光照射。
2.藉由孔洞設計，使海水更容易流通，帶來養分促進育苗成長；孔洞不易造成泥沙淤積，增加珊瑚對陽光的接收度。
3.水平、垂直空間兼具的模組設計，可透過組件進行組裝，並針對不同物種，進行復育盤的位置安排，將復育空間發揮最大效益。
This design focuses on the bionic minimalist shape and assembly structure, as well as the intuitive operation of the "assembly" use. It can be used for rehabilitation, and can also provide ecological education, promote the development of coastal communities and marine leisure and tourism.
Design based on the characteristics of coral restoration and growth .
1. With a curved plate, the coral is easy to receive sunlight.
2. The plate is designed with holes, make the water easier to circulate, bring nutrients and promote the growth of coral.
3. The modular design of both horizontal and vertical space can be assembled through components, and the position of the breeding tray can be arranged for different species, maximize the benefits of space.
得獎作品：
作者：郭致維 GUO,ZHI-WEI、曾惠筠 TSENG,HUI-YUN
主題：珊瑚復育模組 Coral Restoration Module
本設計著重於「組裝」使用上的直覺操作，以極簡造型與組裝結構為重點，良好的使用經驗可做為更有效的推廣，本裝置可於實際海水區做復育，兼能提供生態教育、推廣海濱社區發展與海洋休閒觀光等用途。
設計皆以珊瑚復育生長要素之特點切入。
1.以有曲度的復育盤，使珊瑚體易於接收陽光照射。
2.藉由孔洞設計，使海水更容易流通，帶來養分促進育苗成長；孔洞不易造成泥沙淤積，增加珊瑚對陽光的接收度。
3.水平、垂直空間兼具的模組設計，可透過組件進行組裝，並針對不同物種，進行復育盤的位置安排，將復育空間發揮最大效益。
This design focuses on the bionic minimalist shape and assembly structure, as well as the intuitive operation of the "assembly" use. It can be used for rehabilitation, and can also provide ecological education, promote the development of coastal communities and marine leisure and tourism.
Design based on the characteristics of coral restoration and growth .
1. With a curved plate, the coral is easy to receive sunlight.
2. The plate is designed with holes, make the water easier to circulate, bring nutrients and promote the growth of coral.
3. The modular design of both horizontal and vertical space can be assembled through components, and the position of the breeding tray can be arranged for different species, maximize the benefits of space.
得獎作品：