预测基于物联网的咸鱼干燥过程中断的原型系统

Rahmat Novrianda Dasmen, Ainan Dinul Haq
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引用次数: 1

摘要

-作为一个拥有许多岛屿的国家,我国也有很多海洋,这意味着它也生产很多鱼,但如果不进行保存处理,鱼很快就会腐烂。保存过程之一。其中一种保存过程可以是在阳光下晒干,但不稳定的天气会使渔民在保存过程中遇到困难,因此制作了一种系统,该系统可以在下雨或干扰时使用PIR传感器和自动控制系统来检测下雨和猫等干扰。它将把干燥过程转移到一个准备了加热灯作为临时替代阳光的房间里。根据测试结果,LDR和Raindrop传感器成功读取给定的天气数据,系统可以响应传感器提供的数据,根据测试结果,PIR传感器可以读取干燥区接近的运动,安全系统直接激活。根据对已经实施的电报通知的测试结果,发现五次尝试中有一次发送失败。平均照片提交时间为2秒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prototype System to Anticipate Disruption of the IoT-Based Salted Fish Drying Process
– As a country that has many islands, our country also has a lot of sea qhich means it also produces a lot of fish, but fish quickly rot if left alone without a preservation process. One of the preservation process.One of the preservation processes can be by drying in the sun, but erratic weather can make it difficult for fishermen in the preservation process, therefore a system is made that can detect rain and disturbances such as cats by using a PIR sensor with an automatic control system when it rains or distrubnaces. It will move the dryng into a room that has prepared a heating lamp as a temporary substitute for sunlight. Based on the test results, the LDR and Raindrop sensors successfully read the weather data as given and the system can respond to the data provided by the sensor, Based on the test results, the PIR sensor can read the approaching movement in the dryer area and the safety system is directly active. Based on the results of testing the telegram notification that has been carried out, it was found that there was one failure to be sent out of five attempts. The average photo submission time is 2 seconds.
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