多工太陽能強化玻璃反光標記應用

玻璃強化反光標記，為現在道路上常用之交通安全警示裝置。由於一般熱拌樹脂標線會造成反光上死角的缺點；至於太陽能式反光標記在閃爍上也會有雜亂無章和導引的不佳效果。因此為了解決這些問題，我們需要一套能夠放在地面上讓車輛輾不壞，具有堅固耐用及穩定性高的優點，進而它的閃爍動作能配合紅綠燈、車輛、行人，進行改變的太陽能反光標記；同時它的閃爍將會具有規律性，增加對駕駛和行人的導引成效。因此本篇論文研究的主旨是將無線通訊應用在太陽能玻璃強化反光標記，以TG-11 無線收發模組來完成通訊功能，再利用8051 單晶片來控制和設定接收模組和發射模組，以達到連動式閃爍以及可遙控的閃爍方式。如此將可有效的引導交通，減少夜間交通行駛的危險性。

關鍵字

強化玻璃；無線射頻；太陽能玻璃反光標記；通訊模組；微控制器

並列摘要

Tempered glass road stud is a traffic safety attention device. In order to make up for the disadvantages of thermoplastic road marking, the tempered glass road stud is set in the road. The solar cell tempered glass road stud is an active lighting attachment. The flash way of solar cell road stud is out of order, hence the driver is hard to be guided. To solve those problems, a durable, stable solar cell tempered glass road stud whose flashtype can be matched up with traffic lights, vehicles, or pedestrians. In addition, it flashes regularly and guides the drivers more effectively. To apply the radio frequency (RF) communication module on the solar glass roadstud is the object in this thesis. TG-11 communication module is utilized forcommunication. 8051 microcontroller is utilized for controlling the order to flash the solar cell road stud. Therefore, the traffic will be guided effectively and the danger when we drive in the night will be reduced.

並列關鍵字

tempered glass ； communication module ； solar glass road stud ； radio frequency (RF) ； micro-controller

參考文獻

[1] M. Y. Chen, “Application of Keil C: 8051,” Unalis, 2007.

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[5] K. Matsuge, S. Hiura, M. Ishida, T. Kitahara, and T. Yamamoto, “Full RF module with embedded filters for 2.4GHz and 5GHz dual band WLAN applications,”

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國際替代計量

多工太陽能強化玻璃反光標記應用

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