基于自动洒水装置的数据记录仪监测系统原型设计

Muhamad Derisa, E. Mulyana, S. Sumaryo
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引用次数: 0

摘要

植物处理方法之一是定期浇水。现在市面上有很多自动洒水装置。但有时,由于错误和未监控,该设备不能以最佳性能工作。为了方便监控自动浇水系统,数据记录仪内置四个输入传感器。使用的传感器有湿度传感器、土壤湿度传感器、雨滴传感器和电压传感器。为了方便访问这个数据记录器,它连接到互联网。数据源来自环境,设备性能数据可以通过Ubidots Web作为云访问。监控系统数据记录仪设备分为两个主要组成部分,分别是数据记录仪组件和自动洒水装置组件。数据记录仪组件用于自动采集数据,自动浇水装置组件作为监测对象。自动洒水装置工作值850。该值是通过对不同土壤湿度水平的平均试验得出的。在所有设备完全工作后,它就组合成一个系统。本系统的输出可识别为正常开、正常关、下雨时正常关3种状态。任何其他情况都将被视为问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing a Data Logger Monitoring System Prototype on Automatic PlantSprinklers
One of plant treatment methods is watering it regularry. There are lot of automatic watering device that sold. But sometimes, that device is not working at top performace caused by error and not monitored. For ease of monitoring to automatic watering system, a data logger built with four input sensors. Sensor that used are humidity sensor, soil moisture sensor, rain drop sensor, and voltage sensor. For ease of access to this data logger, it connected to internet. Source of data is come from environtment and device performance data can be accessed via Ubidots Web as cloud. Monitoring system data logger device divide into two main components, which are data logger components and automatic watering plant components. Data logger component is used for collecting data automatically, and automatic watering plant component as monitoring object. Automatic watering plant device work at value of 850. This value is taken by average test of varity soil humidity level. After all device working completely then it combined into a system. Output of this system can be identified as 3 condition, which are normal ON, normal OFF, and normal OFF in rain condition. Any other condition will identified as a problem.
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