臺灣博碩士論文加值系統

日常生活中需要電力，但是一旦開始使用許多家用電器，如冰箱，電視機，台式電腦，工廠設備等，很少會被關閉。為了防止漏電和浪費電力， 本論文之系統能夠定期記錄每個功率器件的功耗，並計算每個時間間隔的功耗，然後將其顯示在圖表上，從而可以了解該器具的功耗狀態。 通過將數據上傳到手機，用戶可以同時查看與此類設備一起安裝的所有設備的使用情況。
　　本論文中，控制模組分為信號處理和接收模組以及信號處理和發射模組兩個子模組。 模組中包含功率測量設備和藍牙模組，可以安裝在家用電器上。 信號處理和發射模組可以插入電源插座，以檢測插入電源插座的設備的電力消耗變化; 信號處理和接收模組能夠通過藍芽將測量數據傳輸到手機可顯示功耗變化。
　　安裝在插座側的模組將通過藍牙定期將測量的功率變化傳輸到接收側的模組，然後接收模組將向手機發送和顯示電源變化。 監控端的用戶可以通過手機，以查看電力的變化。 信號處理和接收模組能夠計算功率變化，並且在特定設備在正常情況下使用電力一段時間的情況下產生警告，從而用戶可以特別注意到這種設備的功耗狀態。 通過這種管理系統，可以減少浪費電力，實現節能目標。

Electricity is needed in everyday life, but once you start using many household appliances such as refrigerators, televisions, desktops, factory equipment, etc., they are rarely shut down. In order to prevent leakage and waste of electricity, our system can regularly record the power consumption of each power device, and calculate the power consumption at each time interval, and then display it on the chart, which can understand the power consumption of the appliance. By uploading data to your phone, users can view the usage of all devices installed with such devices at the same time.
In this system, the control module is divided into signal processing and receiving module and signal processing and transmission module two sub-modules. The module includes a power measurement device and a Bluetooth module that can be mounted on a household appliance. The signal processing and transmission module can be plugged into an electrical outlet to detect changes in power consumption of the device plugged into the power outlet; the signal processing and reception module can transmit the measured data to the handset via Bluetooth to display power changes.
The module installed on the socket side will periodically transfer the measured power change to the module on the receiving side via Bluetooth, and the receiving module will send and display power changes to the handset. Monitor the user can pass the phone to view the power changes. The signal processing and reception module is capable of calculating power variations and generating warnings when a particular device uses power for a period of time under normal circumstances so that the user can pay special attention to the power consumption of such a device. Through this management system, can reduce the waste of electricity, to achieve energy efficiency goals.

摘 要 6
ABSTRACT 7
致 謝 8
目 次 9
圖目錄 10
第一章 緒論 13
1.1研究動機 13
1.2 研究目的 14
1.3 物聯網發展 15
1.4文獻探討 17
第二章 背景原理與知識 24
2.1網際網路 24
2.2霍爾感測器 25
2.3數位濾波器 29
2.4硬體濾波器 31
第三章 材料與方法 35
3.1 系統說明 35
3.2　硬體電路設計及材料 37
3.3軟體開發環境 47
第四章 實驗結果 63
第五章 結論與未來展望 73
參考文獻 74

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