臺灣博碩士論文加值系統

本論文以LED代表顯示數字的無字鐘，透過外圈十二顆LED做時的顯示，內圈十二顆做分的顯示，另外五顆雙色LED做上下午以及分鐘的輔助顯示，在夜晚時能達到夜光燈的功能，同時有無字鐘也有鬧鐘的功能，使用專屬APP做校正及設定鬧鐘，介面精簡且操作容易。
本系統透過手機網路搭配專屬App傳輸資料給微處理器分析資料來達到自動校正的功能，運用Bluetooth遠端設定時鐘，做到不受高處及場地限制，無須將時鐘從高處拿下調整時差、誤差，運用手機APP達到調整，也直接免去時鐘的調整介面。

The objective of this paper is the clock without number. Twenty four LED are replacement hours and minutes to mean traditional number clock. It can be a night light in the midnight and alarm clock to remind people. How to ensure that the un-number clock on time? The system achieves the function of automatic correction through the mobile phone network and exclusive applications and uses the Bluetooth to set the clock on time so that it is no height restrictions. There is no need to take the clock from a height to reset the correct time.

摘要................... i
Abstract............... ii
誌謝................... iii
目錄................... iv
表目錄................. vii
圖目錄.................. viii
第一章 緒論............ 1
1.1 創作動機.... ........1
1.2 創作目的.... ........1
1.3 作品功能.... ........1
1.4 論文架構.... ........2
第二章 主要系統與元件...3
2.1 MCU微控制器......... 3
2.1.1 MCU微控制器-HT66F70A...... 3
2.2 Altium Designer.... 4
2.3 手機APP設計......... 5
2.3.1 Android Studio... 6
2.3.2 App Inventor..... 6
2.4 各種傳輸介紹.........7
2.4.1 UART 介紹........ 8
2.4.2 I²C介紹.......... 9
2.4.3 SPI介紹.......... 9
2.5 中斷程式介紹........ 9
2.6 藍芽介紹............ 11
2.6.1藍芽4.0........... 11
第三章 系統架構........ 13
3.1 無字鐘製作及觀看介紹..13
3.2 工作原理............ 17
3.2.1 APP工作流程....... 18
3.3 UART實做方式 ........19
3.3.1 UART接收......... 20
3.3.2 UART傳送......... 21
3.4 鬧鐘實作方式........ 22
3.5 上下午燈號轉換...... 23
3.6 3D印表機製做外觀.... 24
第四章 實驗結果與討論.. 25
4.1 APP介面使用說明..... 25
4.2 無字鐘展示......... 27
第五章 結論與未來展望.. 33
5.1 結論............... 33
5.2 未來展望............ 33
參考文獻 ................34
Extended Abstract...... 36

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