Monitoring Infus Pasien Berbasis Web IoT VLOG167

Summary

This video showcases a prototype device designed to monitor IV fluid levels in patients. The device utilizes a load cell to detect weight changes, signaling when the IV is nearly empty. It connects to the internet, allowing real-time status updates on a web interface. The demonstration includes the setup process and simulations of fluid depletion, illustrating how nurses can be promptly notified via a mobile app in future developments. This innovative solution aims to enhance patient care by ensuring timely fluid replacement, making it a valuable tool for healthcare settings.

Takeaways

• 😀 The project aims to create a device that monitors and alerts when an IV infusion is running low.
• 😀 The device will notify the nursing staff via a web interface and potentially through mobile notifications in the future.
• 😀 It utilizes a NodeMCU microcontroller with Wi-Fi capability for connectivity.
• 😀 The system incorporates a load cell to measure the weight of the IV fluid without contaminating it.
• 😀 An HX711 module is used to process the load cell readings.
• 😀 If the fluid weight drops below 60 grams, the device will indicate that the infusion is empty.
• 😀 The project includes a demonstration of the device's functionality during the presentation.
• 😀 The infusion status can be monitored remotely via a web page, providing real-time updates.
• 😀 The presenter highlights the importance of real-time notifications for nursing staff.
• 😀 Future developments may include integrating the system with Android applications for push notifications.

Q & A

What is the main purpose of the project discussed in the video?

The project aims to create a device that detects when an IV (infusion) is running low and alerts nursing staff, improving patient care.

How does the device notify nurses about the IV status?

The device connects to the internet and a database, allowing it to send notifications to a web display and potentially to mobile phones in the future.

What technology is used to detect the IV's status?

The device uses a load cell sensor to measure the weight of the IV bag, which helps determine when the IV is nearly empty.

What is the maximum weight capacity of the load cell used in this project?

The load cell has a maximum weight capacity of 1 kilogram.

What microcontroller is employed in this project?

The project utilizes a NodeMCU microcontroller, which has built-in Wi-Fi capabilities.

What happens when the weight of the IV bag drops below a certain threshold?

When the weight falls below 60 grams, the device triggers a notification indicating that the IV is empty.

How is the data from the load cell processed?

Data from the load cell is processed using the HX711 library on the NodeMCU.

What type of display is used to show the IV status?

The IV status is displayed on a web interface, which updates in real-time based on the load cell readings.

What future developments are planned for this project?

Future enhancements include integrating mobile notifications for nurses to alert them when an IV is empty.

Where can updates about this project be found?

Updates about the project will be shared on the website arana.com.