社創。社區 4.0
專題 原型札記 機構簡介 全民投票 得獎名單
創新、科技、STEM近年已成為年青人的新路向和目標。為使創科與社會更接軌,香港社會服務聯會推出「社創.社區4.0」比賽,鼓勵青少年認識社區,以設計思維(Design Thinking)針對社區需要構思原型方案 (Prototype)。參賽者透過實地考察,經歷同理心(Empathy),定義(Define)社區問題並思考(Ideate)社創點子,躋身決賽的15支隊伍更會製作原型實體令方案活現公眾眼前。

各比賽持分者對學生實踐社創有甚麼寄望?同學們在比賽過程中吸收到甚麼新知識?我們將分別透過比賽「專題」及「原型札記」一一了解。
不實際計劃者
香港華人基督教聯會真道書院
  • 陳卓健(F.4)  
  • 區樹勳(F.4)  
  • 陳朗軒(F.4)  
  • 羅子皓(F.4)  
  • 陳臻(F.4)  
簡介
We are the non-practical planners, a group of secondary four students from Hong Kong Chinese Christian Church Union Logos Academy. Our group includes so called the most hilarious and mightiest group leader, Chan Cheuk Kin, at least that's what he called himself. And our members are Au Shu Fan Nicholas, Chan Jun, Chan Long Hin and Lo Tsz Ho Max. We are doing a project on renewing refuse chutes focusing on the needs of the aging community in the Central and Western District in Hong Kong. We will be considering the users’ safety, their experience and the feasibility in details to create a better design to serve the community.
隊伍文章
04/06/2019

札記4 - Trying to make the design practical

  Hi we are the Non Practical Planners. During the past two weeks, we have discovered more problems because we are trying to make the design practical. For instance, how we are going to restrict the plane to only rotate in a specific direction. After days of thinking and careful consideration, we got an inspiration from the mechanism of a ball pen (retractable pen). After applying this mechanism to our design, when the plane is trying to rotate clockwise due to gravity, since there will be 4 retractable cylinders, which prevent the gear in the middle to rotate clockwise. The plane wouldn’t be able to rotate clockwise either because the gear is connected to the plane directly. Oppositely, when the plane is trying to rotate anticlockwise, the 4 cylinders wouldn’t prevent the gear to rotate. As there is a spring inside each cylinder, they will retract according to the curve of the gear, and when the gear has rotated 90 degree, the 4 cylinders will extend back to their original length, thus the plane can rotate anticlockwise as much as it wants.

 

 

  The reason why we want the plane to only rotate anticlockwise is the fact that there wouldn’t be anything supporting the plane once it starts moving downward, and it will topple causing all the rubbish that it was carrying to be poured out. However, we don’t want to restrict the plane to rotate in both direction because we need it to topple when it arrives at the very bottom of the building, so we try to find solution which satisfy both our requirements (1. Do not rotate clockwise 2. Can rotate anticlockwise), and at last we came up with the design described above.

 

 

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