Rancang Bangun Pemantauan Cairan Infus Dengan Arduino Nano Berbasis Android

Yoice R Putung, Donald B. Noya, Ventje Aror, Josephin Sundah, Muchdar Patabo
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引用次数: 1

Abstract

Pantauan pemberian cairan berisi vitamin dan mineral melalui botol ke pembuluh darah (infus) dengan kebiasaan yang lama, yakni (mengontrol keadaan kantong infus pada orang sakit dengan spontan. Jika ada gangguan  seperti  cairan infus tersumbat,  kemacetan  dan kehabisan  cairan  infus,  akan  berbahaya  bagi  orang sakit  jika  tidak  segera  ditangani. Penelitian ini bertujuan untuk mendeteksi cairan  infus  dengan  sensor  berat (load  cell  )  dan jika terjadi penyumbatan pada selang infus  dengan sensor Line Proximity (infrared proximity) yang dikendalikan dengan mikrokontroler Arduino nano kemudian hasilnya dimonitoring pada LCD dan smartphone Android dengan aplikasi blink. Kemudian  bila terjadi penyumbatan atau cairan infus habis  buzzer  akan  berbunyi  dengan  tujuan  memberikan informasi kepada perawat. Berdasarkan hasil pengujian yang telah dilakukan alat dapat mendeteksi berat cairan infus = 500 ml,. berat cairan infus habis = 36 ml, cairan tersumbat , monitoring pada LCD dan Android.Monitoring the administration of fluids containing vitamins and minerals through bottles into blood vessels (infusions) with long-standing habits, namely (spontaneously controlling the condition of infusion bags in sick people. If there are disturbances such as blocked infusion fluids, congestion and running out of infusion fluids, it will be dangerous for people sick if not treated immediately. This study aims to detect infusion fluids with a weight sensor (load cell) and if there is a blockage in the infusion hose with a Line Proximity (infrared proximity) sensor controlled by an Arduino nano microcontroller then the results are monitored on the LCD and Android smartphone with the blink application. Then if there is a blockage or the infusion fluid runs out the buzzer will sound with the aim of providing information to the nurse. Based on the results of the tests that have been carried out, the tool can detect the weight of the infusion fluid = 500 ml. the weight of the infusion fluid is used up = 36 ml, the fluid is blocked, monitoring on the LCD and Android.
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使用 Arduino Nano 进行基于 Android 的输液监控设计
通过奶瓶注射维生素和矿物质的液体到静脉中,这是一种古老的习惯。如果静脉输液堵塞、堵塞和输液耗尽等疾病,不及时治疗对病人是有害的。该研究的目的是检测重量传感器(加载电池)的输液,如果输液管堵塞,该管由微处理器Arduino nano控制,然后在液晶显示器和Android智能手机上对该微控制器进行监控。当堵塞或输液耗尽时,蜂鸣器会发出哔哔声,通知护士。根据测试结果,他们可以检测输液的重量= 500毫升。输液重量为36毫升,堵塞的液晶显示器和Android。监测氟污染的维生素和矿物质通过血液颗粒进入血液颗粒,namely如果如此混乱,如果不立即治疗,就会有严重的疾病。这个研究aims to检测infusion fluids a重量传感器(加载细胞)和如果有blockage》和《infusion软管with a线Proximity传感器(红外Proximity)纳米controlled by an Arduino微控制器然后results是monitored在《眨眼液晶和Android智能手机应用程序。那么,如果有一个漏洞或液体外泄的流动,蜂鸣器会发出声音,向护士提供信息的意图。基于被考虑考虑的测试结果,工具可以检测出液体流失的重量= 500毫升。
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