Invention Grant
US08671862B2 Device with microbubble-induced superhydrophobic surfaces for drag reduction and biofouling prevention and device for biofouling prevention
失效
具有微泡诱发超疏水表面的装置,用于减阻和生物结垢预防以及防止生物污染的装置
- Patent Title: Device with microbubble-induced superhydrophobic surfaces for drag reduction and biofouling prevention and device for biofouling prevention
- Patent Title (中): 具有微泡诱发超疏水表面的装置,用于减阻和生物结垢预防以及防止生物污染的装置
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Application No.: US13296424Application Date: 2011-11-15
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Publication No.: US08671862B2Publication Date: 2014-03-18
- Inventor: Kee-Rong Wu , Yu-Tsuen Shyu , Chung-Hsuang Hung , Jui-Ching Sun , Jiing-Kate Wu
- Applicant: Kee-Rong Wu , Yu-Tsuen Shyu , Chung-Hsuang Hung , Jui-Ching Sun , Jiing-Kate Wu
- Agency: Rosenberg, Klein & Lee
- Priority: TW100111150A 20110330
- Main IPC: B63B1/38
- IPC: B63B1/38

Abstract:
A device with microbubble-induced superhydrophobic surfaces for drag reduction and biofouling prevention includes an anodic microporous plate, a cathodic microporous plate, and a DC power supply. The anodic microporous plate and the cathodic microporous plate are mounted to a hull surface of a ship. The DC power supply includes a positive pole electrically connected to the anodic microporous plate and a negative pole electrically connected to the cathodic microporous plate. Seawater is electrolyzed to generate hydrogen microbubbles adjacent to a surface of the cathodic microporous plate and to generate oxygen microbubbles adjacent to a surface of the anodic microporous plate, forming superhydrophobic surfaces on the surfaces of the anodic microporous plate and the cathodic microporous plate. Electric current flows through the anodic microporous plate and the cathodic microporous plate to prevent biofouling.
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