基于人体测量的水培植物灌溉自动化系统的人机工程学评价

Ahmad Hanafie, Andi Haslindah, Suradi, M. Bora, Syarifuddin Baco
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引用次数: 0

摘要

水培法是一种无土栽培植物的技术。直到现在,很多人还是为了水分、含量、营养和水的连续流动而手工做。人体工程学的应用旨在使使用者健康、舒适、安全、高效。目的评估基于人体测量学的工效学,并测试水培植物浇水自动化系统工具。使用的方法是收集用户身体尺寸的人体测量数据进行人体工程学,然后设计一个自动水培浇水工具,使硬件和软件的设计更容易。人体工程学评价研究结果显示,手跨尺寸175.3 cm,直立体高167.4 cm,肩到头32.23 cm,肩到脚底66.77 cm,脚底到膝盖48.89 cm,脚底到膝盖48.98 cm,手肘到手肘41.81 cm,手肘到手34.45 cm。当测试木炭状态的结果处于49% - 60%的湿度阈值时,泵将打开,如果锅处于65% - 99%的湿度阈值时,泵将关闭。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ergonomic Evaluation of Anthropometry Based Hydroponic Plants Watering Automation System
Hydroponics is a technique of growing plants without soil. Until now, many people do it manually for moisture, content, nutrition, and continuous flow of water. The application of ergonomics aims to make the user healthy, comfortable, safe, productive. The purpose of evaluating anthropometry-based ergonomics, and testing the hydroponic plant watering automation system tool. The method used is collecting anthropometric data on the dimensions of the user's body for ergonomics, then designing an automatic hydroponic watering tool to make it easier to design hardware and software. The results of the ergonomics evaluation study, hand span size 175.3 cm, upright body height 167.4 cm, shoulder to head 32.23 cm, shoulder to base of foot 66.77 cm, base of foot to knee 48.89 cm, base of foot to knee 48.98 cm, elbow to elbow 41.81 cm, elbow to hand 34.45 cm. While the results of testing the condition of the charcoal are at the humidity threshold of 49% - 60% then the pump will be on, and if the pot has been on the humidity threshold of 65% - 99% then the pump will be off.
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