智能米箱——大流行期间粮食安全的有机大米储存防米象鼻虫原型

Uvi Desi Fatmawati, M. Pratami, Wahyu Hidayat, Kurdianto Kurdianto
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引用次数: 0

摘要

随着新冠肺炎疫情导致的公共卫生水平下降,民众对有机大米的需求持续增加。食用有机大米是保持身体免疫力的一种方法,但有机大米容易受到稻谷象甲(Sitophilus Oryzae L)的攻击,稻谷象甲是收获后商品的主要害虫。妥善储存大米是大流行期间解决粮食安全问题的一种方法。在这项研究中,使用树莓派控制器和几个额外的传感器,如相机传感器和温度和湿度传感器,制作了一个抗水稻象鼻虫(Sytophilus Oryzae L)有机水稻储存的原型。在储存过程中,使用UV水培灯和LED生长灯来降低水稻害虫的生长速度。结果表明,整个系统运行良好,在36小时18分钟的储存时间内,大米上的水稻虫大幅减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Rice Box - The Prototype of Organic Rice Storage Anti-Rice Weevil for Food Security during Pandemic
The need for organic rice among the people continues to increase in line with the declining level of public health due to the COVID-19 pandemic. Consuming organic rice is one way to maintain body immunity, but organic rice is susceptible to attack by Sitophilus Oryzae L, a type of rice weevil which is the main pest in postharvest commodities. Proper storage of rice is one way to address food security during a pandemic. In this study, a prototype of an anti-rice weevil (Sytophilus Oryzae L) organic rice storage was made using a Raspberry Pi controller and several additional sensors such as a camera sensor and temperature and humidity sensors. UV Hydroponic Lamp and LED Grow Light are used to reduce the growth rate of rice bugs during storage. The results showed that the whole system was running well and the rice bugs on rice were drastically reduced within 36 hours and 18 minutes of storage.
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