大米库存监测:基于智能家居的系统

H. A. Adam, Marliana Sari, Wiwin Sry Adinda Banjarnahor, Orli Binta Tumanggor, Daya Februwanti Gultom
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引用次数: 1

摘要

监测系统经历了许多发展和改进。智能家居监控是一种可以远程访问的监控系统。大米监控是一种可以执行的基于智能家居的监控。为了防止家庭突然缺乏大米库存,必须密切监测大米库存。基于智能家居的大米监测设计是早期研究人员为社区,特别是家庭的利益而创造的一项创新。该系统由微控制器和称重传感器组成。为了操作该设备,用户使用键盘输入大米的重量,然后按栅栏按钮将大米从容器中释放出来。同时,按键盘上的星号键将删除或清除输入的数字。然后伺服将操作打开阀门,让大米落下,并在称重过程完成后关闭阀门。称重传感器将执行称重过程,16x2 LCD将显示大米重量输出过程。所有通过ESP32处理的数据都将传输到Firebase。应用程序的开发是在MIT App Inventor网站上进行计划的。要在MIT App Invertor和Firebase上的实时数据库上创建应用程序,需要互联网连接和有效的电子邮件地址。
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Rice Stock Monitoring: A Smart-home Based System
Monitoring systems have undergone numerous developments and improvements. Smart-home monitoring is one of the categories of monitoring systems which can be accessed remotely. Rice monitoring is one type of smart-home based monitoring that can be performed. In order to prevent households from experiencing a sudden lack of rice stock, it is essential to closely monitor the stock of rice. The Smart-home Based Rice Monitoring Design is an innovation created by earlier researchers for the benefit of the community, particularly households. This system is constructed with a microcontroller and a load cell sensor. To operate this device, user enters the weight of the rice using the keypad, and presses the fence button to release the rice from the container. In the meantime, pressing the star button on the keypad will delete or clear the entered numbers. The servo will then operate to open the valve, allowing the rice to fall, and close the valve when the weighing process is complete. A load cell sensor will perform the weighing process, and a 16x2 LCD will display the rice weight output process. All data processed through ESP32 will be transmitted to Firebase. The development of the application was planned using the MIT App Inventor website. To create applications on MIT App Invertor and Realtime Database on Firebase, an internet connection and an active email address are required.  
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