利用压电传感器研制祈祷Rakaat计数器

Decy Nataliana, Dini Fauziah, Mellynda Riska Dianti
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引用次数: 1

摘要

本研究设计并实施rakaat计数器工具,以减少祈祷时rakaat数的计算错误。压电作为传感器放置在祈祷垫的顶部,当压电检测到两次俯伏时计算Rakaat。本系统有四种模式,分别是七段显示法德礼拜、LED显示法德礼拜、七段显示圣训礼拜、LED显示圣训礼拜。当rakaat完成时,有一个LED指示灯,应该与使用RTC的祈祷时间一致。该工具的第一次测试是在负载和前额的压力下进行的压电校准。这是为了确定压电计数何时进行,因为压电直接连接到Arduino Uno的ADC。第二次测试是在为期3天的5次法德胡祈祷和1次圣行祈祷中测试该工具。测试结果表明,该工具工作正常,压电可以作为rakaat计数器的替代按钮工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Prayer Rakaat Counter Using Piezoelectric Sensor
In this study, a rakaat counter tool was designed and implemented to reduce mistakes in calculating the number of rakaat during prayer. The piezoelectric is used as sensor which is placed on the top of the prayer mat. Rakaat is calculated when piezoelectric has detected twice prostration. There are four modes in this system, namely fardhu prayer with seven segment display, fardhu prayer with  LED display, sunnah prayer with seven segment display, and sunnah prayer with  LED display.. There is an LED indicator when the rakaat is done which should be in accordance with the prayer time using RTC. The first test of this tool was carried out with piezoelectric calibration when pressed by the load and forehead. This was accomplished to determine when piezoelectric counting proceeded as piezoelectric was connected directly to the ADC of Arduino Uno. The second test was carried out by testing the tool to be used for 3 days in 5 fardhu prayers and 1 sunnah prayer. From the results of the testing it is proven that this tool works properly, and piezoelectric can be used as a replacement button as a tool for rakaat counter.
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