gooxe-Multifunctional Tandem Shared Electric Bike
交通工具 Automotive Design
蘇泓睿 陳宗漢 張勝翔
指導教授 : 楊朝陽
摘要 Introduction
隨著環保意識的抬頭，共享交通成為主流的交通方式，同時也帶來了調度困難、閒置時站體空間的浪費、置物空間有限等問題。據觀察，電動輔助自行車將會是未來節能減碳環境下主流的交通工具。Gooxe的設計靈感源自於購物車的使用方式，全新的設計不僅提升了空間的利用效率，且能使調度系統更便利。
As environmental awareness grows, shared transportation has become the preferred method of getting around. However, it also poses challenges such as scheduling difficulties, wasted station space when idle, and limited storage space.Inspired by shopping carts, the new design is space-efficient, flexible, and convenient to use. It's predicted that electric-assisted bikes will become the primary form of shared transportation for energy-saving and carbon reduction in the future.
調查研究 Background Research
共享交通在城市出行中的應用越來越普遍，然而，它也帶來了一些問題。雖然它帶來了便利，但同時也存在調度困難、站體空間閒置浪費、以及置物空間有限等問題。因此，提高共享交通調度的彈性以滿足用戶需求，同時提升更多元的使用性，已成為一個值得探討的問題。
The application of shared transportation in urban travel is becoming more and more common. However, it also brings some problems. Although it brings convenience, there are also issues such as difficulty in scheduling, waste of station space due to idle time, and limited storage space. Therefore, it has become a worthwhile topic to explore how to increase the flexibility of shared transportation scheduling to meet user needs while enhancing its versatility.
產品介紹 Product Description
Gooxe的新設計改善了車輛調度與置物空間，我們將原本的「一車一站樁」概念改為前車即後車站體的概念，並將充電站平面化、模組化以增加彈性。這種停車方式不僅方便調度人員，還能省力、減少站體閒置時的空間浪費，提高城市共享交通的外部效益。
Gooxe's new design enhances vehicle scheduling and storage space. We've replaced the "one car, one station pole" concept with front-to-back station poles, and made the charging station flat and modular for greater flexibility. This parking method eases dispatching and labor, reduces idle station space waste, and improves the external benefits of urban shared transportation.
設計理念 Design Concept
我們將折疊收納箱的收納概念，與賣場推車串接式的調度方式結合，整合以上兩者的優點，提出全新的設計方案，以解決現今共享交通時常面臨的調度困難、站體空間閒置浪費以及置物空間有限等問題。
\We combine the storage concept of foldable storage boxes with the scheduling method of connecting supermarket trolleys, integrating the advantages of both to propose a new design solution, aiming to address the current challenges faced by shared transportation such as scheduling difficulties, waste of station space, and limited storage space.
使用流程 Operation Procedure
使用流程如左圖，我們所採用的車體串接停車方式，讓調度時不必再花費額外的人力去整理散亂的車輛。只需在已經排列整齊的車列中選出需要調度的車輛，即可開始調度，有效減少人力浪費並提高調度效率。
Our car-body interlocking parking method eliminates the need for extra manpower to sort scattered vehicles during scheduling. Instead, we can easily select the required vehicles from an already arranged lineup, reducing labor waste and improving scheduling efficiency. This is shown in the diagram above.
Meet The Team
指導教授
楊朝陽 Chao-Yang Yang