2025
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This product features a glass bottle body combined with a liquid silicone nipple and a precisely positioned venting structure to enhance feeding stability and overall usability. The design incorporates concealed vent holes and a bottom venting channel, providing a clear air-release path that reduces air intake during feeding and improves suction smoothness for young infants. The proportions of the bottle and the grip structure are optimized according to typical user movements, ensuring ease of operation.
The form is defined by clean, rounded contours, while the transparent glass body and silicone components create clear functional separation, allowing users to quickly check milk volume and assembly status. The overall structure prioritizes safety, durability, and ease of cleaning, with all materials meeting food-grade standards and available in multiple capacity options. The design offers notable improvements in venting performance, structural integration, and user convenience, making it suitable for everyday infant feeding.
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Design Team of Campus Development Office of The Hong Kong Polytechnic University
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Architectural Design - Academic Institutions
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Zihao Wang & Yanyan Zhang & Xueer Ma
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Architectural Design - Mid Rise Buildings
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Earth Reprise Design
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User Experience Design (UX) - Augmented Reality