| Summary: | 博士 === 聖約翰科技大學 === 電機工程系碩士班 === 102 === This paper presents a fingerprint with green energy charging system, through the input fingerprint to open systems by the Green movement can charge the battery, the battery will supply the items in the user charge to be due to the unique fingerprint characteristics and cannot easily be replicated in terms of security than with a key or combination lock to be high. The system is divided into three parts, namely, solar charging unit, microprocessor control unit, display unit aims is to achieve three functions, including real-time status display, charging mobile devices, fingerprint identification and a switch opening and closing function. The systems of internal control procedures are written in the microprocessor, the microprocessor to communicate with each other through a fingerprint module, in order to achieve overall control. In the presentation, the user will be informed of the current state of the system through the display when displaying the input fingerprints, the user can input fingerprint, and then into the mobile device can be charged. When retrieved, as long as the input fingerprints again, the system has been compared to the recognition, the user will use the pop-up space, delete the user's fingerprint. Through the wisdom of looking forward to this system can be combined with the green, make life more convenient, and implement the concept of intelligent life, and green energy.
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