鈔票循環模組之機構設計

本研究是針對販賣機之收鈔及出鈔之機構進行細部分析與設計，探討紙鈔的收鈔、儲存、出鈔的動作流程及相關的機構元件作動方式，以期能設計適當之RECYCLER機構模組，以期能達到高效率及高可靠度之自動化操作，並能符合增加營收及減少成本之目標。依據收鈔及出鈔之機構運行原理及速度計算分析，以及儲存紙鈔的容量分析等，設計利用麥拉輪及收鈔輪以麥拉捲作為紙鈔承載物質，將紙鈔一張一張的整齊收入結構中，並能在需要出鈔時也能依序出鈔所需的張數。經由3D設計及模型實作驗證確實可行，且得到了預期的結果，如此即可達成使用者在販賣機購物時，輸入單一紙鈔可以利用此設計之RECYCLER機構模組，進行儲存及找錢的需求。

關鍵字

收鈔；儲存；出鈔；回收機構

並列摘要

This study is aimed at the detailed analysis and design of the mechanism for collecting and withdrawing money from vending machines, and discusses the action flow of banknote collection, storage and withdrawal, and related mechanism component actuation methods, in order to design an appropriate RECYCLER mechanism module. Groups, in order to achieve high efficiency and high reliability of automated operations, and to meet the goal of increasing revenue and reducing costs. According to the operation principle and speed analysis of the mechanism for collecting and withdrawing banknotes, and the capacity analysis of storing banknotes, the design uses the Mylar wheel and the banknote collection wheel to use the Mylar roll as the banknote carrying material, and the banknotes are one by one. In the neat income structure, the number of sheets required for banknotes can be sequentially issued when the banknotes need to be dispensed. It is indeed feasible to verify through 3D design and model implementation, and the expected result is obtained. Thus, when the user purchases a single banknote at the vending machine, the RECYCLER mechanism module of the design can be used to store and pay out.