使用Arduino Free婴儿体重和长尺寸工具分析体重和长婴儿数据

Bayu Wahyudi, Deny Julian Adella, Muhammad Ulin Nuha ABA
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引用次数: 2

摘要

此时监测婴儿的营养状况大多仍使用手动方法,通过查看人体标准书籍,因此营养监测需要更长的时间,实用性较差。婴儿需要根据年龄、体重、身长(婴儿身高)和性别确定营养状况。为了了解婴儿的营养状况,作者想用Microsoft Excel中的输出数据开发一个婴儿体重和身长测量工具。本研究旨在设计一种在Microsoft Excel中输出数据的婴儿体重和身高测量工具,并进行功能测试。婴儿的检测过程,使用超声波传感器来确定婴儿的身体高度或长度,使用称重传感器来确定宝宝的体重,然后使用LCD(液晶显示器)来显示超声波传感器和称重传感器以及Arduino Uno的结果。本研究的结果是一种婴儿体重和身高测量工具,采用基于arduino uno的人体测量指数方法,其中2个超声波传感器作为身高和身高计数器,1个称重传感器作为婴儿体重计算器,稍后将显示在LCD屏幕上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analisis Data Berat Badan Dan Panjang Bayi Dengan Alat Ukur Panjang Dan Berat Badan Bayi Berbasi Arduino
Monitoring the nutritional status of infants at this time is mostly still using the manual method, by looking at anthropomeric standard books so that nutritional monitoring takes longer and is less practical. Babies need nutritional status based on age, weight, length of the baby (baby's height), and sex of the baby. To find out the nutritional condition of the baby, the author wants to develop a measurement tool for weight and length of the baby with the output data in Microsoft Excel. This study aims to design a baby's weight and length measurement tools with data output at Microsoft Excel and perform a function test. The process of detection in infants using ultrasonic sensors that serves to determine the height or length of the baby's body and load cell sensors to determine the baby's weight, then the LCD (Liquid Crystal Display) which displays the results of ultrasonic sensors and load cell sensors and Arduino Uno. The results of this study are an infant weight and height measurement tool with an arduino uno-based anthropometric index method with 2 ultrasonic sensors as height and length counters, and 1 load cell sensor as a weight calculator for infants that will later be displayed on the LCD screen.
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24 weeks
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