Monitoring Infus Pasien Berbasis Web IoT VLOG167

Anak Agung Duwi Arsana
6 Dec 201906:12

Summary

TLDRThis 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

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

Outlines

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Mindmap

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Keywords

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Highlights

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Transcripts

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Related Tags
Healthcare InnovationIV MonitoringPatient CareNurse TechnologyIoT SolutionsMedical DeviceRemote AlertsMicrocontrollerSmart HospitalWeb Integration