藍光監測與警示裝置

Blue-Light Detection and Warning Device

廖國鈞(Guo-Jyun Liao)

指導教授 ： 謝振榆

國立虎尾科技大學/電機資訊學院/光電與材料科技研究所/碩士(2015年)

https://doi.org/10.6827/NFU.2015.00017

摘要

本研究是利用盛群微控制器HT66FU50，配合藍光感測元件特性與紅外線編碼應用在藍光眼鏡傳輸上，以藍光感測元件來接收環境藍光強度及照度五點量測法進行兩種程序之量測法則來使量測數值正確性，準確度為2.24%，若經過照度五點量測法後準確度為1.28%大幅提升準確度，並在量測系統重複性與再現性的分析研究(Measurement System Analysis)報告中，量測系統分析(GR&R)為1.125%，可靠等級高。
藍光數值監測計引用藍光感測元件特性與照度五點量測法再經由藍芽到手機SD卡存入數據，並以APP程式顯示藍光監測數據。藍光眼鏡與藍光數值監測計能廣泛被應用在日常生活中達到保護眼睛的效果。藍光感測元件、紅外線編碼與藍芽到SD卡存入數據為本計劃之核心。

關鍵字

藍光感測元件 ； 紅外線編碼 ； 照度五點量測法 ； 藍芽到SD卡讀取

並列摘要

The study adopted a HT66FU50, featured with Flash Memory A/D type 8-bit microcontroller (MCU), with blue-light sensing element and IR-CODE characteristic coding applications in the blue glasses.
Blue-light sensing element to the receiving environment blue light intensity and the amount of five-point illuminance measurement method to measure the two procedures of the law to make the measurement values correctness, accuracy 2.24% and the five-point accuracy measurement method greatly enhance the accuracy of 1.28% and Measurement System Analysis of measurement system analysis (GR & R) was 1.125%, and reliable high level.
Blue-light monitor reference blue-light sensing element characteristic amount with a five-point illuminance measurement method and data is stored again via the bluetooth to smartphone and display data,enabling extensive and popularly used in daily life.

並列關鍵字

blue-light senser ； IR-code ； five-point measurement method ； bluetooth to smartphone

參考文獻

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