可用的可用性检测系统和客厅的座位位置使用了梨型避蚊胺

Ari Wibowo, Sri Arttini Dwi Prasetyowati, Suryani Alifah
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引用次数: 0

摘要

根据统计数据,人口每年都在增长。这也发生在越来越多的天主教徒身上。在Mojosongo的圣阿洛伊修斯教堂,增加的成员并没有增加座位设施,为了解决这个问题,设计了一种装置,可以通过放置在入口附近的观看器显示已经使用或仍然空着的座位。本研究采用的研究方法是定量方法。一个街区使用的座位数为25个,座位样本为9个。三(3)个PIR传感器放置在座位2的上方,其中PIR传感器的方向由步进电机驱动,角度为22.61°。从A排、B排、c排依次交替进行检测。总的来说,基于ATMEGA16的座椅检测系统是按照设计工作的。人们可以通过观看(LED)和寻找没有点亮的LED灯来找到空座位位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SISTEM PENDETEKSI KETERSEDIAAN DAN LOKASI TEMPAT DUDUK PADA RUANGAN MENGGUNAKAN MOVABLE PASSIVE INFRA RED (PIR) ARRAY
Based on statistical data, every year there is an increase in population. This also happened to the increasing number of Catholics. The increase member in Saint Aloysius Church of Mojosongo isn’t accompanied by an increase of seating facilities, to solved this, a device was designed which will show seats that have been used or still empty through a viewer that will be placed near the entrance. The research method used in this study is a quantitative method. The number of seats used by in one block is 25 seats, the seat sample is 9 seats. Three (3) PIR sensors are placed above the row to the seat 2, where the direction of the PIR sensor is drived by a stepper motor with an angle is 22.61°. Detection alternated and sequentially starting from row A, row B and row C. In general, the seat detection system based on ATMEGA16 works according to the design. People can find an empty seat position by looking at the viewer (LED) and looking for LED lights that are not lit.
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