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Zephyr

Department of Creative Product Design, TUNGNAN UNIVERSITY

2 Excellent ! 4 So Special ! 2 I want it !
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四點設計 Contact to Zephyr for cooperation

As global climate change worsens and temperatures rise year after year, people are prone to discomfort and even heat stroke during outdoor activities.
people to feel uncomfortable during outdoor activities and even increase the risk of heat stroke, thus reducing their willingness to go out.
This has led to an increase in the risk of heatstroke and a decrease in people's willingness to go out.
In order to improve this situation, we apply Bernoulli's principle and Jarley's elements (geometric array) to design innovative
The public facilities for outdoor cooling are designed by applying Bernoulli's principle and Jali's elements (geometric array) to enhance the air flow and cooling effect of the environment.
ventilation and environmental cooling effect, to create a more pleasant activity environment for the city and public space, so that the people
The design of outdoor cooling public facilities is based on scientific principles to enhance air circulation and environmental cooling effect, creating a more pleasant environment for urban and public spaces, and enabling people to enjoy outdoor life comfortably even in hot weather.
The design will enable people to enjoy outdoor life comfortably in hot weather.

Translated with DeepL.com (free version)

Structural description, with rail module inserted and sliding smoothly. Overall modular design, realising flexible reassembly and efficient application. Explaining the principle of the Böttcher's endeavour, the hot air passing through our products can cool down by 1-2 degrees. The principle is to reduce the pressure and accelerate the air fl Proof of the cooling effect, using a hot blower to blow our models! The models are Jarry style with Burr's efforts to blow them from large to small. Introducing our stone paper, and how to fold the shape Stone paper is waterproof, durable, and can be used in different humidity environments.

YU SHENG

Department of Industrial Design, National Taipei University of Technology

YUSHENG repurposes discarded badminton shuttlecocks—typically short-lived and hard to recycle—into practical, attractive benches. It highlights the promotion of a circular economy and advocates for broader adoption of sustainable resource reuse.

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