Non-Invasive IoT Home Medical Check-up Programming to Monitor Blood Sugar, Cholesterol, Uric Acid, and Body Temperature

Helmy Yusuf Darmawan, Agung Sanubari, Nur Saida, Rahmat Noor Fauzi, Nadia Ristiani, P. Oktivasari, R. N. Wardhani, Riandini
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Abstract

Non-invasive loT home medical check-up tool is a tool to check the temperature, uric acid, cholesterol, and blood sugar levels. The tool was designed using ESP32 WEMOS LOLIN 32 Lite as the micro controller, MLX90614 as the sensor to measure the temperature, and MAX30105 as the sensor to measure the uric acid, blood sugar, and cholesterol levels. To ensure the two sensors operated as expected, value readings were tested by programming the body temperature, uric acid, blood sugar, and cholesterol sensors and sending the results of sensor reading data to a database. The ccombination of sensor programming was tested when MAX30105 sensor detected IR, RED, and GREEN values, and it was compared to the BPM, Average BPM, and SP02 values and then conjoined with the MLX90614 sensor to detect temperature values. Data transmission testing was conducted by comparing the delivery time data on the ESP32 serial monitor with a database using the internet network, and the longest time difference in delivery was 0.091 seconds.
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无创物联网家庭医疗检查程序,监测血糖、胆固醇、尿酸和体温
无创loT家庭医疗检查工具是一种检查体温、尿酸、胆固醇和血糖水平的工具。该工具采用ESP32 WEMOS LOLIN 32 Lite作为微控制器,MLX90614作为温度测量传感器,MAX30105作为尿酸、血糖、胆固醇测量传感器。为了确保两个传感器按预期运行,通过编程体温、尿酸、血糖和胆固醇传感器并将传感器读取数据的结果发送到数据库来测试读数。当MAX30105传感器检测到IR、RED和GREEN值时,对传感器编程组合进行测试,并将其与BPM、Average BPM和SP02值进行比较,然后与MLX90614传感器结合检测温度值。通过将ESP32串行监视器上的传送时间数据与internet网络上的数据库进行比较,进行数据传输测试,最长传送时间差为0.091秒。
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