基于Android的烟杆烘箱房实时遥控系统设计(以Indokretek工厂为例)

Ainnur Rahayu Pratiwi
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引用次数: 0

摘要

Indokretek工厂的卷烟烘房的控制系统目前仍然是手动的,每2小时检查一次烘房以获得适当的结果。此外,Indokretek工厂有工作时间限制,从早上7点到下午16点,所以当超过工作时间时,没有人控制烟炉室。所设计的遥控系统可以用于传感器读数,处理传感器数据,并将其发送到火库,直到可以被用户接收,通过遥控系统应用于卷烟烘房,从而可以随时对烘房进行实时监控。该系统设计以温度和湿度值的形式传输信息。传感器精度平均温度值为0.583%,湿度为0.79975%。网络质量测试结果表明,运营商B具有最低的延迟值和最高的吞吐量值,分别为38.62 ms和9.237869 Kbps,而运营商C具有最低的丢包值,为0.619%,因此根据TIPHON标准,其网络质量具有非常好的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Telecontrolling System Design for Cigarette Rod Oven Room based on Android in Realtime (Case Study in Indokretek Factory)
The control system in the cigarette oven room at the Indokretek Factory is currently still manual by means that every 2 hours the oven room will be checked to get the appropriate results. In addition, the Indokretek Factory has a limit on working hours from 07.00-16.00 WIB, so that when it passes the working hour, no one controls the cigarette oven room. The telecontrolling system that is designed can be used for sensor readings, processing sensor data and sending it to firebase until it can be received by the user through the telecontrolling system application in the cigarette oven room so that it can be used for realtime monitoring of the oven room at any time. The system designed to transmit information in the form of temperature and humidity values ??with sensor accuracy with an average temperature value of 0.583% and a humidity of 0.79975%. The network quality test results show that operator B has the lowest delay value and the highest throughput value of 38.62 ms and 9.237869 Kbps, while operator C has the lowest packet loss value of 0.619% so that it includes network quality with very good quality according to standards TIPHON.
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